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    {
      "entityId": "p_5-amino-1mq",
      "@type": "PhysicalProduct",
      "name": "5-Amino-1MQ",
      "description": "5-Amino-1MQ is a small-molecule compound and NNMT inhibitor available in lyophilized form for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0006",
          "text": "5-Amino-1MQ is a small-molecule compound and NNMT inhibitor available in lyophilized form for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/5-amino-1mq",
          "pageTitle": "5-Amino-1MQ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0007",
          "text": "What is 5-Amino-1MQ and what has research studied it for? 5-Amino-1MQ is a synthetic small-molecule compound, not a peptide, that is classified as an inhibitor of the enzyme nicotinamide N-methyltransferase, or NNMT. Research studies have examined 5-Amino-1MQ mainly in the context of fat cell metabolism, cellular energy balance, and body composition in preclinical models. Biotech Compounds supplies 5-Amino-1MQ as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/5-amino-1mq",
          "pageTitle": "5-Amino-1MQ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0008",
          "text": "Where can I buy 5-Amino-1MQ for research? Biotech Compounds sells 5-Amino-1MQ for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/5-amino-1mq",
          "pageTitle": "5-Amino-1MQ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0009",
          "text": "How does 5-Amino-1MQ work according to research studies? Research studies have shown that 5-Amino-1MQ binds NNMT and blocks the enzyme from methylating nicotinamide. In cell culture work, researchers reported that this inhibition preserved cellular NAD+ and S-adenosylmethionine levels, two molecules that NNMT normally consumes. Published research suggests that keeping these metabolites available shifts the energy balance of fat cells, which is the mechanism most often described for 5-Amino-1MQ.",
          "sourceUrl": "https://biotechcompounds.com/products/5-amino-1mq",
          "pageTitle": "5-Amino-1MQ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0010",
          "text": "What is the primary research area for 5-Amino-1MQ? The primary research area for 5-Amino-1MQ is adipose tissue and fat cell metabolism. In rodent models of diet-induced obesity, researchers reported that NNMT inhibition with 5-Amino-1MQ was associated with reduced fat mass and smaller fat cells without a change in food intake. In vitro studies have examined the same effect in cultured adipocytes, where the compound was observed to lower lipid accumulation.",
          "sourceUrl": "https://biotechcompounds.com/products/5-amino-1mq",
          "pageTitle": "5-Amino-1MQ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_ace-031",
      "@type": "PhysicalProduct",
      "name": "ACE-031",
      "description": "ACE-031 is a recombinant fusion protein consisting of ActRIIB extracellular domain fused to human IgG1 Fc domain, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0011",
          "text": "ACE-031 is a recombinant fusion protein consisting of ActRIIB extracellular domain fused to human IgG1 Fc domain, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ace-031",
          "pageTitle": "ACE-031 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0012",
          "text": "What is ACE-031 and what has research studied it for? ACE-031 is a recombinant fusion protein that joins the extracellular domain of human activin receptor type IIB, known as ActRIIB, to the Fc region of human IgG1. This structure makes ACE-031 a soluble decoy receptor. Research studies have examined ACE-031 primarily for its effect on skeletal muscle mass in animal models and in early clinical trials. Biotech Compounds supplies it as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ace-031",
          "pageTitle": "ACE-031 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0013",
          "text": "Where can I buy ACE-031 for research? Biotech Compounds sells ACE-031 for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/ace-031",
          "pageTitle": "ACE-031 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0014",
          "text": "How does ACE-031 work as reported in research studies? Research studies have shown that ACE-031 acts as a ligand trap. The ActRIIB portion binds circulating proteins such as myostatin, activin A, and other members of the TGF-beta family before they can reach the natural receptor on muscle cells. In animal models, researchers reported that blocking this signaling was associated with increased muscle growth, since myostatin normally limits muscle size.",
          "sourceUrl": "https://biotechcompounds.com/products/ace-031",
          "pageTitle": "ACE-031 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0015",
          "text": "What is the primary research area for ACE-031? The primary research area for ACE-031 is skeletal muscle biology. In rodent studies, researchers reported that ACE-031 was associated with rapid increases in muscle mass and strength across multiple muscle groups. The compound was later carried into clinical trials in a muscle-wasting disorder to test whether the same myostatin-pathway effect could be observed in a human research setting.",
          "sourceUrl": "https://biotechcompounds.com/products/ace-031",
          "pageTitle": "ACE-031 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_acetic-acid-0-6",
      "@type": "PhysicalProduct",
      "name": "Acetic Acid 0.6%",
      "description": "Acetic Acid 0.6% is a high-purity diluent commonly used for precise preparation and stabilization of various lab materials. Ideal for applications that require controlled pH and enhanced solubility.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0016",
          "text": "Acetic Acid 0.6% is a high-purity diluent commonly used for precise preparation and stabilization of various lab materials. Ideal for applications that require controlled pH and enhanced solubility.",
          "sourceUrl": "https://biotechcompounds.com/products/acetic-acid-0-6",
          "pageTitle": "Acetic Acid 0.6% | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0017",
          "text": "What is Acetic Acid 0.6% and what is it used for? Acetic Acid 0.6% is a laboratory-grade dilute solution of acetic acid in water, supplied as a liquid diluent. Its main use in research preparation is as a reconstitution vehicle for peptides that dissolve poorly in plain water or Bacteriostatic Water. The mild acidity of Acetic Acid 0.6% lowers the pH of the solution, which improves the solubility and stability of certain compounds during mixing.",
          "sourceUrl": "https://biotechcompounds.com/products/acetic-acid-0-6",
          "pageTitle": "Acetic Acid 0.6% | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0018",
          "text": "Why do some peptides need Acetic Acid 0.6% for reconstitution? Some peptides carry a net charge that makes them clump or gel at neutral pH. Acetic Acid 0.6% provides a slightly acidic environment that keeps these peptides charged and separated, so the powder dissolves into a clear solution instead of forming a cloudy or gelled mixture. This is why Acetic Acid 0.6% is often selected instead of a neutral diluent for hard-to-dissolve research peptides.",
          "sourceUrl": "https://biotechcompounds.com/products/acetic-acid-0-6",
          "pageTitle": "Acetic Acid 0.6% | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0019",
          "text": "Which products on Biotech Compounds pair with Acetic Acid 0.6%? Acetic Acid 0.6% is most often paired with AOD-9604, whose product notes recommend reconstituting slowly with a mixture of acetic acid and Bacteriostatic Water and adding more acetic acid if gelling occurs. It also pairs with Bacteriostatic Water, which supplies the bulk of the solvent, and with the Easy Touch U-100 Insulin Syringe with Needle for measuring and transferring liquid.",
          "sourceUrl": "https://biotechcompounds.com/products/acetic-acid-0-6",
          "pageTitle": "Acetic Acid 0.6% | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0020",
          "text": "How is Acetic Acid 0.6% used together with Bacteriostatic Water? A common laboratory approach is to add a small volume of Acetic Acid 0.6% to the lyophilized peptide first, swirl gently until the powder is wetted and begins to dissolve, and then bring the vial to its final volume with Bacteriostatic Water. The acetic acid fraction provides the solubility, while the Bacteriostatic Water provides the preservative that protects a multi-dose vial. Never shake the vial during mixing.",
          "sourceUrl": "https://biotechcompounds.com/products/acetic-acid-0-6",
          "pageTitle": "Acetic Acid 0.6% | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_adamax",
      "@type": "PhysicalProduct",
      "name": "Adamax",
      "description": "Adamax (Ac-Met-Glu-His-Phe-Pro-Gly-Pro-Ala-Gly-NH2) is a synthetic nine-amino-acid peptide and structural analog of Semax, which is itself derived from the ACTH(4-10) fragment.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0021",
          "text": "Adamax (Ac-Met-Glu-His-Phe-Pro-Gly-Pro-Ala-Gly-NH2) is a synthetic nine-amino-acid peptide and structural analog of Semax, which is itself derived from the ACTH(4-10) fragment. It carries two defining structural modifications: an N-terminal acetyl group and a bulky lipophilic C-terminal adamantane (diamondoid) group, the motif characteristic of Peptide 021. Both modifications are studied in vitro for the resistance they confer to exopeptidase cleavage and for their effect on measured peptide half-life in serum-stability assays.",
          "sourceUrl": "https://biotechcompounds.com/products/adamax",
          "pageTitle": "Adamax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0022",
          "text": "What is Adamax and what has research studied it for? Adamax is a synthetic nine-amino-acid peptide and a structural analog of Semax, which itself descends from the ACTH(4-10) fragment. Adamax carries an acetyl group on the N-terminus and a bulky adamantane group on the C-terminus. In research settings, Adamax is used as a tool compound for in vitro stability work, neurotrophic factor signaling, and receptor-binding panels. Biotech Compounds supplies it as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/adamax",
          "pageTitle": "Adamax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0023",
          "text": "How do the structural modifications of Adamax work in research? In vitro studies have examined how the two terminal changes in Adamax affect its resistance to breakdown. Researchers have reported that N-terminal acetylation shields the peptide from aminopeptidase cleavage, while the adamantane group at the C-terminus adds steric bulk that protects against carboxypeptidase activity. In serum-stability assays, these features are the variables under study when the measured half-life of Adamax is compared with unmodified Semax.",
          "sourceUrl": "https://biotechcompounds.com/products/adamax",
          "pageTitle": "Adamax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0024",
          "text": "What is the primary research area for Adamax? The primary research area for Adamax is peptide stability and degradation chemistry. Published research on adamantane-modified peptides suggests that the diamondoid group raises lipophilicity and slows enzymatic cleavage, and Adamax is used in serum-stability, permeability, and partition-coefficient assays to test that idea. Its fully defined sequence also makes Adamax a convenient reference standard in HPLC and LC-MS work.",
          "sourceUrl": "https://biotechcompounds.com/products/adamax",
          "pageTitle": "Adamax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0025",
          "text": "Has Adamax been studied for neurotrophic factor signaling? Yes. A secondary research area for Adamax is neurotrophic signaling in cultured cells. In cell-culture studies, researchers have used Adamax as a tool compound to investigate brain-derived neurotrophic factor, or BDNF, expression and TrkB receptor binding. Research on the parent peptide Semax has reported changes in BDNF levels in animal models, and Adamax is studied to see how the modified structure performs in the same in vitro systems.",
          "sourceUrl": "https://biotechcompounds.com/products/adamax",
          "pageTitle": "Adamax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_adipotide",
      "@type": "PhysicalProduct",
      "name": "Adipotide",
      "description": "Adipotide is a synthetic chimeric peptide consisting of a targeting sequence linked to a proapoptotic motif, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0026",
          "text": "Adipotide is a synthetic chimeric peptide consisting of a targeting sequence linked to a proapoptotic motif, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/adipotide",
          "pageTitle": "Adipotide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0027",
          "text": "What is Adipotide and what has research studied it for? Adipotide, also written FTPP, is a synthetic chimeric peptide built from two parts: a cyclic targeting sequence, CKGGRAKDC, and a proapoptotic sequence, D(KLAKLAK)2, joined by a linker. Research studies have examined Adipotide mainly as a tool for targeting the blood vessels that supply white fat tissue in animal models. Biotech Compounds supplies Adipotide as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/adipotide",
          "pageTitle": "Adipotide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0028",
          "text": "Where can I buy Adipotide for research? Biotech Compounds sells Adipotide for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/adipotide",
          "pageTitle": "Adipotide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0029",
          "text": "How does Adipotide work according to research studies? Research studies have shown that the CKGGRAKDC targeting domain of Adipotide binds a protein complex found on the surface of blood vessels within white adipose tissue. In animal models, researchers reported that once the peptide was bound, the D(KLAKLAK)2 domain disrupted the mitochondrial membrane of those vessel cells and triggered programmed cell death. Published research suggests that the loss of blood supply then led to a reduction in the fat tissue it served.",
          "sourceUrl": "https://biotechcompounds.com/products/adipotide",
          "pageTitle": "Adipotide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0030",
          "text": "What is the primary research area for Adipotide? The primary research area for Adipotide is fat tissue reduction through vascular targeting. In rodent models of obesity, researchers reported that Adipotide was associated with rapid loss of white fat and body weight. A later study in rhesus monkeys with naturally occurring obesity reported similar reductions in body weight and fat mass, which made Adipotide one of the more widely discussed vascular-targeting peptides in metabolic research.",
          "sourceUrl": "https://biotechcompounds.com/products/adipotide",
          "pageTitle": "Adipotide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_ahk-cu",
      "@type": "PhysicalProduct",
      "name": "AHK-Cu",
      "description": "AHK-Cu is a tripeptide-metal complex in which the amino acid sequence alanine-histidine-lysine (Ala-His-Lys) is coordinated to a divalent copper ion, Cu(II).",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0031",
          "text": "AHK-Cu is a tripeptide-metal complex in which the amino acid sequence alanine-histidine-lysine (Ala-His-Lys) is coordinated to a divalent copper ion, Cu(II). It is supplied as a lyophilized powder for in vitro coordination-chemistry and biochemical assay work, including UV-Vis and circular dichroism metal-binding studies, potentiometric determination of stability constants, copper-dependent oxidoreductase assays, and use as a reference standard for reversed-phase HPLC, LC-MS, and ICP-MS copper determination. For research and laboratory use only.",
          "sourceUrl": "https://biotechcompounds.com/products/ahk-cu",
          "pageTitle": "AHK-Cu | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0032",
          "text": "What is AHK-Cu and what has research studied it for? AHK-Cu is a copper peptide complex in which the tripeptide alanine-histidine-lysine, or Ala-His-Lys, is coordinated to a divalent copper ion. Research studies have examined AHK-Cu in hair follicle cell culture, in fibroblast studies of extracellular matrix production, and in coordination chemistry work on how small peptides bind copper. Biotech Compounds supplies AHK-Cu as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ahk-cu",
          "pageTitle": "AHK-Cu | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0033",
          "text": "How does AHK-Cu work according to research studies? In research studies, the histidine imidazole ring, the terminal amine, and backbone amide nitrogens of AHK-Cu have been reported to hold the copper ion in a defined coordination geometry. Researchers have described this complex as a carrier that can deliver copper to cells and to copper-dependent enzymes. In cultured-cell systems, AHK-Cu has been observed to change transcript and protein levels of matrix components such as collagen and elastin.",
          "sourceUrl": "https://biotechcompounds.com/products/ahk-cu",
          "pageTitle": "AHK-Cu | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0034",
          "text": "What is the primary research area for AHK-Cu? The primary research area for AHK-Cu is hair follicle biology. In vitro studies have examined AHK-Cu in cultured dermal papilla cells, the cells at the base of the hair follicle. Researchers reported that AHK-Cu was associated with increased proliferation of these cells and with higher expression of vascular endothelial growth factor, alongside lower expression of a signal that promotes cell death. These are cell-culture findings.",
          "sourceUrl": "https://biotechcompounds.com/products/ahk-cu",
          "pageTitle": "AHK-Cu | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0035",
          "text": "Has AHK-Cu been studied in skin and extracellular matrix research? Yes. A secondary research area for AHK-Cu is the extracellular matrix. In cultured fibroblast studies, researchers reported that AHK-Cu was associated with increased production of collagen, elastin, and glycosaminoglycans measured by qPCR and immunoassay, along with changes in matrix metalloproteinase activity. Research studies have also examined AHK-Cu as a copper source in cell-free assays of copper-dependent enzymes such as lysyl oxidase.",
          "sourceUrl": "https://biotechcompounds.com/products/ahk-cu",
          "pageTitle": "AHK-Cu | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_aicar",
      "@type": "PhysicalProduct",
      "name": "AICAR",
      "description": "AICAR (5-Aminoimidazole-4-carboxamide ribonucleoside) is a cell-permeable nucleoside analog classified as an AMPK activator, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0036",
          "text": "AICAR (5-Aminoimidazole-4-carboxamide ribonucleoside) is a cell-permeable nucleoside analog classified as an AMPK activator, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/aicar",
          "pageTitle": "AICAR | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0037",
          "text": "What is AICAR and what has research studied it for? AICAR, also known as acadesine, is a cell-permeable nucleoside analog made of an aminoimidazole carboxamide base linked to a ribose sugar. It is classified as an adenosine analog and an AMPK activator. Research studies have examined AICAR in skeletal muscle metabolism, glucose handling, and cardiac protection models. Biotech Compounds supplies AICAR as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/aicar",
          "pageTitle": "AICAR | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0038",
          "text": "Where can I buy AICAR for research? Biotech Compounds sells AICAR for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/aicar",
          "pageTitle": "AICAR | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0039",
          "text": "How does AICAR work according to research studies? Research studies have shown that once AICAR enters a cell it is phosphorylated to ZMP, an intermediate in purine biosynthesis. ZMP mimics AMP, the signal a cell produces when energy is low. Researchers have reported that ZMP binds and activates AMP-activated protein kinase, or AMPK, the enzyme that shifts a cell toward energy production and away from energy storage. This AMP-mimetic action is the mechanism most associated with AICAR.",
          "sourceUrl": "https://biotechcompounds.com/products/aicar",
          "pageTitle": "AICAR | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0040",
          "text": "What is the primary research area for AICAR? The primary research area for AICAR is skeletal muscle metabolism. In rodent studies, researchers reported that AICAR was associated with increased glucose uptake, greater mitochondrial content, and improved running endurance even in animals that were not exercised, which led some researchers to describe it as an exercise mimetic. In vitro studies have examined the same AMPK pathway in cultured muscle cells.",
          "sourceUrl": "https://biotechcompounds.com/products/aicar",
          "pageTitle": "AICAR | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_aod-9604",
      "@type": "PhysicalProduct",
      "name": "AOD-9604",
      "description": "AOD-9604 is a synthetic 16-amino acid peptide fragment corresponding to hGH(177-191) with added N-terminal tyrosine, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0041",
          "text": "AOD-9604 is a synthetic 16-amino acid peptide fragment corresponding to hGH(177-191) with added N-terminal tyrosine, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/aod-9604",
          "pageTitle": "AOD-9604 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0042",
          "text": "What is AOD-9604 and what has research studied it for? AOD-9604 is a synthetic 16-amino-acid peptide that corresponds to the C-terminal fragment of human growth hormone, residues 177 to 191, with an added tyrosine at the N-terminus. Research studies have examined AOD-9604 mainly for its effect on fat metabolism, and later for cartilage and joint tissue in animal models. Biotech Compounds supplies AOD-9604 as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/aod-9604",
          "pageTitle": "AOD-9604 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0043",
          "text": "How does AOD-9604 work according to research studies? Research studies have shown that the 177 to 191 region of growth hormone is the part of the molecule responsible for its effect on fat metabolism. In animal models, researchers reported that AOD-9604 was associated with increased lipolysis, the breakdown of stored fat, and reduced lipogenesis, the formation of new fat. Published research suggests that AOD-9604 produces these effects without the growth-promoting or blood sugar effects of the full growth hormone molecule.",
          "sourceUrl": "https://biotechcompounds.com/products/aod-9604",
          "pageTitle": "AOD-9604 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0044",
          "text": "What is the primary research area for AOD-9604? The primary research area for AOD-9604 is fat metabolism and body weight. In rodent models of obesity, researchers reported that AOD-9604 was associated with reduced body weight gain and increased fat oxidation. The compound then moved into clinical trials as an investigational agent, where researchers examined weight endpoints in overweight volunteers. Those trials did not demonstrate the weight effect that was seen in animal models.",
          "sourceUrl": "https://biotechcompounds.com/products/aod-9604",
          "pageTitle": "AOD-9604 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0045",
          "text": "Has AOD-9604 been studied in cartilage and joint research? Yes. A secondary research area for AOD-9604 is cartilage. In a rabbit model of joint cartilage damage, researchers reported that AOD-9604 given alongside hyaluronic acid was associated with better cartilage scores than hyaluronic acid alone. These animal model findings prompted interest in AOD-9604 as a research tool for studying cartilage repair, separate from its original fat metabolism work.",
          "sourceUrl": "https://biotechcompounds.com/products/aod-9604",
          "pageTitle": "AOD-9604 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_ara-290",
      "@type": "PhysicalProduct",
      "name": "ARA-290",
      "description": "ARA-290 is a synthetic 11-amino acid peptide derived from the helix B surface region of erythropoietin (EPO), available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0046",
          "text": "ARA-290 is a synthetic 11-amino acid peptide derived from the helix B surface region of erythropoietin (EPO), available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ara-290",
          "pageTitle": "ARA-290 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0047",
          "text": "What is ARA-290 and where does the peptide come from? ARA-290 is a synthetic 11-amino acid linear peptide derived from the helix B surface region of erythropoietin, also known as EPO. Its sequence follows the spatial arrangement of residues on that surface rather than a continuous stretch of the parent protein. ARA-290 is also known in the literature as cibinetide. Biotech Compounds supplies ARA-290 as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ara-290",
          "pageTitle": "ARA-290 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0048",
          "text": "Where can I buy ARA-290 for research? Biotech Compounds sells ARA-290 for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/ara-290",
          "pageTitle": "ARA-290 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0049",
          "text": "How does ARA-290 work according to published research? Published research describes ARA-290 as a selective ligand for the innate repair receptor, a heteroreceptor complex formed by the EPO receptor and the CD131 subunit. Researchers have reported that ARA-290 engages this repair pathway without activating the classical EPO receptor homodimer that drives red blood cell production. That separation is the reason the peptide was designed.",
          "sourceUrl": "https://biotechcompounds.com/products/ara-290",
          "pageTitle": "ARA-290 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0050",
          "text": "What has research studied ARA-290 for most often? The primary research area for ARA-290 is tissue protection and repair signaling through the innate repair receptor. In animal models, researchers have reported that ARA-290 was examined for its effects on small nerve fibers and on inflammatory signaling after tissue injury. Studies have also looked at the peptide in models of neuropathic pain and peripheral nerve fiber density.",
          "sourceUrl": "https://biotechcompounds.com/products/ara-290",
          "pageTitle": "ARA-290 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_aviptadil",
      "@type": "PhysicalProduct",
      "name": "Aviptadil",
      "description": "Aviptadil is a synthetic 28-amino acid peptide identical to human vasoactive intestinal peptide (VIP), available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0051",
          "text": "Aviptadil is a synthetic 28-amino acid peptide identical to human vasoactive intestinal peptide (VIP), available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/aviptadil",
          "pageTitle": "Aviptadil | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0052",
          "text": "What is Aviptadil and what class of peptide is it? Aviptadil is a synthetic 28-amino acid peptide identical in sequence to human vasoactive intestinal peptide, commonly abbreviated VIP. It carries a C-terminal amidation and belongs to the glucagon and secretin superfamily, sharing homology with PACAP, secretin, and glucagon. Aviptadil is classified as an agonist of the VPAC1 and VPAC2 receptors and is supplied by Biotech Compounds as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/aviptadil",
          "pageTitle": "Aviptadil | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0053",
          "text": "How does Aviptadil work according to research studies? Research studies have shown that Aviptadil binds the VPAC1 and VPAC2 receptors, which are class B G protein coupled receptors. Researchers have reported that receptor activation raises intracellular cyclic AMP, leading to smooth muscle relaxation and vasodilation in tissue preparations. In vitro studies have also examined how Aviptadil modulates cytokine release from immune cells that express VPAC receptors.",
          "sourceUrl": "https://biotechcompounds.com/products/aviptadil",
          "pageTitle": "Aviptadil | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0054",
          "text": "What has Aviptadil been studied for most in research? The primary research area for Aviptadil is pulmonary biology. In animal models, researchers reported that Aviptadil was examined for its effects on alveolar type II cells, surfactant production, and inflammatory signaling in lung tissue. Published research suggests the peptide concentrates in the lung, which is why respiratory models have been the main focus of Aviptadil studies.",
          "sourceUrl": "https://biotechcompounds.com/products/aviptadil",
          "pageTitle": "Aviptadil | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0055",
          "text": "What other research areas has Aviptadil been examined in? Aviptadil has also been studied in vascular and neuroendocrine research. In research studies, Aviptadil has been observed to relax vascular smooth muscle in isolated vessel preparations. Researchers have additionally examined Aviptadil in models of gut motility, since vasoactive intestinal peptide was first isolated from intestinal tissue, and in studies of circadian signaling where VIP neurons play a role.",
          "sourceUrl": "https://biotechcompounds.com/products/aviptadil",
          "pageTitle": "Aviptadil | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_bacteriostatic-water",
      "@type": "PhysicalProduct",
      "name": "Bacteriostatic Water",
      "description": "Bacteriostatic Water is sterile water containing 0.9% benzyl alcohol as preservative, intended as a diluent for laboratory applications.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0056",
          "text": "Bacteriostatic Water is sterile water containing 0.9% benzyl alcohol as preservative, intended as a diluent for laboratory applications.",
          "sourceUrl": "https://biotechcompounds.com/products/bacteriostatic-water",
          "pageTitle": "Bacteriostatic Water | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0057",
          "text": "What is Bacteriostatic Water and what is it used for? Bacteriostatic Water is sterile water preserved with 0.9 percent benzyl alcohol, equal to 9 mg per mL. It is supplied as a liquid diluent for laboratory applications, most commonly for reconstituting lyophilized research peptides. The benzyl alcohol content inhibits bacterial growth, which allows a single vial of Bacteriostatic Water to be entered multiple times over a period of days.",
          "sourceUrl": "https://biotechcompounds.com/products/bacteriostatic-water",
          "pageTitle": "Bacteriostatic Water | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0058",
          "text": "How does the benzyl alcohol in Bacteriostatic Water work? The 0.9 percent benzyl alcohol in Bacteriostatic Water acts as a bacteriostatic preservative. It does not sterilize the contents, but it stops bacteria that may enter the vial from multiplying. This is what makes Bacteriostatic Water suitable for multi-dose vials where the stopper is punctured repeatedly during research preparation, in contrast to plain sterile water that must be used immediately.",
          "sourceUrl": "https://biotechcompounds.com/products/bacteriostatic-water",
          "pageTitle": "Bacteriostatic Water | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0059",
          "text": "What is the difference between Bacteriostatic Water and sterile water? Sterile water for injection contains no preservative and is meant for single use, because once opened it offers no protection against microbial growth. Bacteriostatic Water contains 0.9 percent benzyl alcohol, so an opened vial can be used for multiple withdrawals. For reconstituting research peptides that will be drawn from over several days, Bacteriostatic Water is the standard laboratory choice.",
          "sourceUrl": "https://biotechcompounds.com/products/bacteriostatic-water",
          "pageTitle": "Bacteriostatic Water | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0060",
          "text": "How is Bacteriostatic Water used to reconstitute research peptides? In laboratory preparation, a measured volume of Bacteriostatic Water is drawn into a sterile syringe and injected slowly down the inside wall of the peptide vial rather than directly onto the powder. The vial is then swirled gently until the powder dissolves completely. Shaking is avoided because it can damage delicate peptide chains. Bacteriostatic Water pairs with every lyophilized peptide sold on the site.",
          "sourceUrl": "https://biotechcompounds.com/products/bacteriostatic-water",
          "pageTitle": "Bacteriostatic Water | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_bpc-157",
      "@type": "PhysicalProduct",
      "name": "BPC-157",
      "description": "BPC-157 is a synthetic 15-amino acid peptide fragment derived from human gastric juice protein, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0061",
          "text": "BPC-157 is a synthetic 15-amino acid peptide fragment derived from human gastric juice protein, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/bpc-157",
          "pageTitle": "BPC-157 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0062",
          "text": "What is BPC-157 and what has research studied it for? BPC-157 is a synthetic 15-amino acid peptide, a pentadecapeptide, whose sequence is a fragment of a protective protein found in human gastric juice. The name stands for Body Protection Compound. Research studies have shown that BPC-157 has been examined mainly in models of soft tissue repair and gastrointestinal protection. Biotech Compounds supplies BPC-157 as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/bpc-157",
          "pageTitle": "BPC-157 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0063",
          "text": "How does BPC-157 work according to published research? Published research suggests that BPC-157 acts on several signaling systems rather than a single receptor. Researchers have reported that BPC-157 influences the nitric oxide system, upregulates growth factor receptors involved in new blood vessel formation, and modulates the expression of genes tied to tissue repair. In rodent studies, BPC-157 has been observed to interact with the dopamine and serotonin systems as well.",
          "sourceUrl": "https://biotechcompounds.com/products/bpc-157",
          "pageTitle": "BPC-157 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0064",
          "text": "What is the primary research area for BPC-157? The primary research area for BPC-157 is musculoskeletal soft tissue repair. In animal models, researchers reported that BPC-157 was studied in models of tendon, ligament, and muscle injury, with attention to fibroblast migration and collagen organization. Rodent studies have also examined BPC-157 in bone healing models. This body of work is the main reason BPC-157 is one of the most requested research peptides.",
          "sourceUrl": "https://biotechcompounds.com/products/bpc-157",
          "pageTitle": "BPC-157 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0065",
          "text": "What other research areas has BPC-157 been examined in? Beyond soft tissue, BPC-157 has been studied in gastrointestinal research because of its origin in gastric juice. In research studies, BPC-157 has been observed in models of stomach and intestinal lining damage and in models of gut and vessel interaction. Researchers have also examined BPC-157 in nervous system models, including studies of nerve regeneration and behavioral responses in rodents.",
          "sourceUrl": "https://biotechcompounds.com/products/bpc-157",
          "pageTitle": "BPC-157 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_bpc-157-tb-500-blend",
      "@type": "PhysicalProduct",
      "name": "BPC-157/TB-500 Blend",
      "description": "BPC-157/TB-500 Blend is a lyophilized formulation containing two synthetic peptides for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0066",
          "text": "BPC-157/TB-500 Blend is a lyophilized formulation containing two synthetic peptides for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/bpc-157-tb-500-blend",
          "pageTitle": "BPC-157/TB-500 Blend | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0067",
          "text": "What is the BPC-157/TB-500 Blend and what does it contain? The BPC-157/TB-500 Blend is a single lyophilized formulation containing two synthetic peptides. BPC-157 is a 15-amino acid peptide derived from a protective protein in human gastric juice. TB-500 is Thymosin Beta-4, the full 43-amino acid peptide; TB-500 is simply the research name for that molecule. The blend is sometimes called the Wolverine blend and is supplied by Biotech Compounds for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/bpc-157-tb-500-blend",
          "pageTitle": "BPC-157/TB-500 Blend | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0068",
          "text": "Where can I buy the BPC-157 + TB-500 blend for research? Biotech Compounds sells the BPC-157/TB-500 Blend for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/bpc-157-tb-500-blend",
          "pageTitle": "BPC-157/TB-500 Blend | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0069",
          "text": "Why are BPC-157 and TB-500 combined in one blend? Research studies have examined BPC-157 and TB-500, which is Thymosin Beta-4, through different mechanisms that both relate to tissue repair. Researchers have reported that BPC-157 influences nitric oxide and growth factor signaling, while Thymosin Beta-4 has been observed to regulate actin and cell migration. The BPC-157/TB-500 Blend lets a laboratory prepare one vial covering both peptides for protocols that study them together.",
          "sourceUrl": "https://biotechcompounds.com/products/bpc-157-tb-500-blend",
          "pageTitle": "BPC-157/TB-500 Blend | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0070",
          "text": "What has the BPC-157/TB-500 Blend been studied for in research? The primary research area for the components of the BPC-157/TB-500 Blend is soft tissue repair. In animal models, researchers reported that BPC-157 was examined in tendon, ligament, and muscle injury models. In research studies, TB-500, which is Thymosin Beta-4, has been observed in models of wound closure and cell migration. The combination is used in laboratories exploring these repair processes side by side.",
          "sourceUrl": "https://biotechcompounds.com/products/bpc-157-tb-500-blend",
          "pageTitle": "BPC-157/TB-500 Blend | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_cagri-glp1s",
      "@type": "PhysicalProduct",
      "name": "Cagri-GLP1S",
      "description": "Cagri-GLP1S Blend combines two synthetic acylated peptides for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0071",
          "text": "Cagri-GLP1S Blend combines two synthetic acylated peptides for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cagri-glp1s",
          "pageTitle": "Cagri-GLP1S | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0072",
          "text": "What is Cagri-GLP1S and what does the blend contain? Cagri-GLP1S is a lyophilized research blend that combines two synthetic acylated peptides. The first is Cagrilintide, a 39-amino acid dual amylin and calcitonin receptor agonist with a C20 fatty di-acid chain and a Cys3-Cys8 disulfide bridge. The second is GLP-1S, a 31-amino acid GLP-1 receptor agonist research peptide with an Aib8 substitution and a C18 fatty di-acid at Lys26. Biotech Compounds supplies Cagri-GLP1S for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cagri-glp1s",
          "pageTitle": "Cagri-GLP1S | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0073",
          "text": "How does Cagri-GLP1S work according to research? Research studies have shown that the two components of Cagri-GLP1S act on separate receptor systems. Researchers have reported that Cagrilintide activates amylin and calcitonin receptors, pathways linked to satiety signaling and gastric emptying rate. GLP-1S, a GLP-1 receptor agonist, has been observed in research to enhance glucose-dependent insulin release and slow gastric emptying. Both peptides carry fatty acid modifications that research has associated with albumin binding and extended duration.",
          "sourceUrl": "https://biotechcompounds.com/products/cagri-glp1s",
          "pageTitle": "Cagri-GLP1S | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0074",
          "text": "What is the primary research area for Cagri-GLP1S? The primary research area for Cagri-GLP1S is energy balance and body weight regulation. In animal models, researchers reported that pairing an amylin analog with a GLP-1 receptor agonist produced larger reductions in food intake and body weight than either peptide alone. Published research suggests the two pathways are complementary, which is the rationale for studying Cagrilintide and GLP-1S together in Cagri-GLP1S.",
          "sourceUrl": "https://biotechcompounds.com/products/cagri-glp1s",
          "pageTitle": "Cagri-GLP1S | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0075",
          "text": "What secondary research areas has Cagri-GLP1S been examined in? Beyond body weight, the components of Cagri-GLP1S have been studied in glucose regulation research. In research studies, GLP-1 receptor agonists have been observed to influence glycemic markers and beta cell signaling. Cagrilintide has been examined in rodent studies for effects on meal size and feeding patterns. Cardiovascular and liver fat research are additional areas where the class of peptides in Cagri-GLP1S has been investigated.",
          "sourceUrl": "https://biotechcompounds.com/products/cagri-glp1s",
          "pageTitle": "Cagri-GLP1S | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_cagri-glp3r",
      "@type": "PhysicalProduct",
      "name": "Cagri-GLP3R",
      "description": "Cagri-GLPR3 is a dual-peptide blend combining cagrilintide, a long-acting acylated amylin analog and non-selective amylin/calcitonin (AMYR/CTR) receptor agonist, with GLP3R, a triple agonist targeting the GLP-1, GIP, and glucagon receptors.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0076",
          "text": "Cagri-GLPR3 is a dual-peptide blend combining cagrilintide, a long-acting acylated amylin analog and non-selective amylin/calcitonin (AMYR/CTR) receptor agonist, with GLP3R, a triple agonist targeting the GLP-1, GIP, and glucagon receptors. The pairing combines amylin-receptor and incretin/glucagon-receptor signaling pathways in a single formulation.",
          "sourceUrl": "https://biotechcompounds.com/products/cagri-glp3r",
          "pageTitle": "Cagri-GLP3R | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0077",
          "text": "What is Cagri-GLP3R and what does the blend contain? Cagri-GLP3R is a dual-peptide lyophilized research blend from Biotech Compounds. It combines Cagrilintide, a 39-amino acid long-acting acylated amylin analog that acts as a non-selective amylin and calcitonin receptor agonist, with GLP-3R, a 39-amino acid synthetic peptide that is a triple agonist of the GLP-1, GIP, and glucagon receptors. Both components carry a C20 fatty di-acid modification for albumin binding.",
          "sourceUrl": "https://biotechcompounds.com/products/cagri-glp3r",
          "pageTitle": "Cagri-GLP3R | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0078",
          "text": "How does Cagri-GLP3R work according to research studies? Research studies have shown that the two peptides in Cagri-GLP3R act through independent signaling axes. Researchers have reported that Cagrilintide activates amylin receptors and the calcitonin receptor, pathways associated with satiety and gastric emptying. GLP-3R has been observed in research to bind the glucagon, GIP, and GLP-1 receptors with low nanomolar affinity, combining incretin signaling with glucagon receptor driven energy expenditure.",
          "sourceUrl": "https://biotechcompounds.com/products/cagri-glp3r",
          "pageTitle": "Cagri-GLP3R | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0079",
          "text": "What is the primary research area for Cagri-GLP3R? The primary research area for Cagri-GLP3R is energy balance and body weight regulation. In animal models, researchers reported that triple agonist peptides in the GLP-3R class produced reductions in body weight and fat mass, and that adding an amylin receptor agonist to incretin signaling produced additive effects on food intake. Cagri-GLP3R packages both approaches for laboratories studying these metabolic pathways together.",
          "sourceUrl": "https://biotechcompounds.com/products/cagri-glp3r",
          "pageTitle": "Cagri-GLP3R | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0080",
          "text": "What secondary research areas apply to Cagri-GLP3R? Beyond body weight, the components of Cagri-GLP3R have been examined in glucose regulation and liver research. Published research suggests that triple receptor agonists in the GLP-3R class have been studied for effects on glycemic markers and liver fat in clinical trial participants. Cagrilintide has been examined in rodent studies for its influence on meal patterns and gastric emptying rate.",
          "sourceUrl": "https://biotechcompounds.com/products/cagri-glp3r",
          "pageTitle": "Cagri-GLP3R | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_cagrilintide",
      "@type": "PhysicalProduct",
      "name": "Cagrilintide",
      "description": "Cagrilintide is a synthetic 39-amino acid acylated peptide analog classified as a dual amylin and calcitonin receptor agonist (DACRA), available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0081",
          "text": "Cagrilintide is a synthetic 39-amino acid acylated peptide analog classified as a dual amylin and calcitonin receptor agonist (DACRA), available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cagrilintide",
          "pageTitle": "Cagrilintide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0082",
          "text": "What is Cagrilintide and what class of peptide is it? Cagrilintide is a synthetic 39-amino acid acylated peptide analog of amylin, the pancreatic hormone released alongside insulin. It is classified as a dual amylin and calcitonin receptor agonist, abbreviated DACRA. Cagrilintide carries a C20 di-acid fatty acid side chain for albumin binding and a disulfide bridge between Cys3 and Cys8. Biotech Compounds supplies Cagrilintide as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cagrilintide",
          "pageTitle": "Cagrilintide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0083",
          "text": "How does Cagrilintide work according to published research? Published research describes Cagrilintide as a non-selective agonist at amylin receptors and the calcitonin receptor. Researchers have reported that activation of these receptors in the brainstem and hypothalamus is associated with satiety signaling, slower gastric emptying, and reduced food intake in animal models. The fatty acid chain on Cagrilintide has been observed in research to bind albumin, which extends the time the peptide remains in circulation.",
          "sourceUrl": "https://biotechcompounds.com/products/cagrilintide",
          "pageTitle": "Cagrilintide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0084",
          "text": "What is the primary research area for Cagrilintide? The primary research area for Cagrilintide is appetite regulation and body weight. In rodent studies, researchers reported that Cagrilintide reduced food intake and body weight over the study period. Clinical trials have since examined Cagrilintide in human participants with body weight change as the main endpoint, both alone and paired with a GLP-1 receptor agonist research peptide.",
          "sourceUrl": "https://biotechcompounds.com/products/cagrilintide",
          "pageTitle": "Cagrilintide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0085",
          "text": "What other research areas has Cagrilintide been studied in? Beyond body weight, Cagrilintide has been examined in research on gastric emptying, meal size, and energy expenditure. In research studies, Cagrilintide has been observed to influence the rate at which the stomach empties in animal models. Researchers have also looked at glucose handling in participants receiving Cagrilintide together with an incretin peptide, and at how amylin receptor signaling interacts with GLP-1 pathways.",
          "sourceUrl": "https://biotechcompounds.com/products/cagrilintide",
          "pageTitle": "Cagrilintide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_cardiogen",
      "@type": "PhysicalProduct",
      "name": "Cardiogen",
      "description": "Cardiogen is a synthetic tetrapeptide bioregulator (Ala-Glu-Asp-Arg) belonging to the Khavinson class of short regulatory peptides, studied for its tissue-specific effects on cardiac and cardiovascular cells.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0086",
          "text": "Cardiogen is a synthetic tetrapeptide bioregulator (Ala-Glu-Asp-Arg) belonging to the Khavinson class of short regulatory peptides, studied for its tissue-specific effects on cardiac and cardiovascular cells.",
          "sourceUrl": "https://biotechcompounds.com/products/cardiogen",
          "pageTitle": "Cardiogen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0087",
          "text": "What is Cardiogen and what class of peptide is it? Cardiogen is a synthetic tetrapeptide with the sequence Ala-Glu-Asp-Arg, written AEDR. It belongs to the bioregulator class of short regulatory peptides developed by the Khavinson group at the St. Petersburg Institute of Bioregulation and Gerontology. Cardiogen combines two acidic residues with one basic residue, a pattern researchers have explored in the context of cellular uptake. Biotech Compounds supplies Cardiogen as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cardiogen",
          "pageTitle": "Cardiogen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0088",
          "text": "How does Cardiogen work according to research studies? Research studies have described Cardiogen as a tissue-specific modulator of gene expression. In vitro studies have examined how the short peptide may enter cells and interact with intracellular and nuclear targets, a mechanism proposed for the Khavinson bioregulator class generally. Researchers have reported that Cardiogen influenced the expression of structural and signaling proteins in cardiac cell types rather than acting through a classical cell surface receptor.",
          "sourceUrl": "https://biotechcompounds.com/products/cardiogen",
          "pageTitle": "Cardiogen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0089",
          "text": "What is the primary research area for Cardiogen? The primary research area for Cardiogen is cardiac cell biology. In preclinical and in vitro models, researchers reported that Cardiogen was examined in cardiomyocytes and cardiac fibroblasts, with attention to fibroblast activity and the expression of cytoskeletal proteins such as actin, vimentin, tubulin, and lamins. Published research suggests Cardiogen has also been studied for effects on calcium-handling protein expression in heart tissue.",
          "sourceUrl": "https://biotechcompounds.com/products/cardiogen",
          "pageTitle": "Cardiogen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0090",
          "text": "What secondary research areas has Cardiogen been examined in? Beyond cardiomyocyte studies, Cardiogen has been investigated as a model compound for short peptide mediated regulation in cardiovascular tissue more broadly. In research studies, Cardiogen has been observed in models of age-related cardiac remodeling and in work on cellular repair and apoptosis pathways. Researchers have also used Cardiogen to study how tetrapeptides interact with DNA and chromatin in cell culture.",
          "sourceUrl": "https://biotechcompounds.com/products/cardiogen",
          "pageTitle": "Cardiogen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_cartalax",
      "@type": "PhysicalProduct",
      "name": "Cartalax",
      "description": "Cartalax is a synthetic ultrashort tripeptide (Ala-Glu-Asp) belonging to the Khavinson family of peptide bioregulators, studied primarily in cartilage and connective tissue model systems for its effects on fibroblast and chondrocyte activity.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0091",
          "text": "Cartalax is a synthetic ultrashort tripeptide (Ala-Glu-Asp) belonging to the Khavinson family of peptide bioregulators, studied primarily in cartilage and connective tissue model systems for its effects on fibroblast and chondrocyte activity.",
          "sourceUrl": "https://biotechcompounds.com/products/cartalax",
          "pageTitle": "Cartalax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0092",
          "text": "What is Cartalax and what has research studied it for? Cartalax is a synthetic tripeptide with the sequence Ala-Glu-Asp, also listed as AED or T-31. It belongs to the Khavinson family of short peptide bioregulators developed in Russia. Research studies have examined Cartalax mainly in cartilage and connective tissue model systems, where researchers reported activity on fibroblasts and chondrocytes. Biotech Compounds supplies Cartalax as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cartalax",
          "pageTitle": "Cartalax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0093",
          "text": "How does Cartalax work according to published research? Published research on Khavinson bioregulators proposes that ultrashort peptides such as Cartalax bind DNA in the minor groove and influence gene expression without changing the genetic code. In cell culture studies, researchers reported that Cartalax was associated with higher Ki-67 levels, lower p53 signaling, and changes in NF-kB signaling. These reports describe proposed mechanisms observed in model systems rather than confirmed pathways.",
          "sourceUrl": "https://biotechcompounds.com/products/cartalax",
          "pageTitle": "Cartalax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0094",
          "text": "What has research reported about Cartalax and chondrocyte activity? Chondrocytes are the cells that produce and maintain cartilage tissue. In preclinical models, Cartalax has been investigated for tissue specific activity on chondrocytes, and researchers reported changes in cell proliferation and apoptosis markers. Within the Khavinson framework, Cartalax is treated as a cartilage directed bioregulator, and it has occasionally been studied alongside the related tetrapeptide Sigumir in joint tissue protocols.",
          "sourceUrl": "https://biotechcompounds.com/products/cartalax",
          "pageTitle": "Cartalax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0095",
          "text": "Has Cartalax been studied for fibroblasts and extracellular matrix regulation? Yes. Fibroblasts are found in cartilage, skin, blood vessels, and renal tissue. In published model systems, Cartalax has been examined for its influence on fibroblast proliferation and apoptosis. Research studies have also explored Cartalax in the context of extracellular matrix regulation, tissue remodeling, and cellular senescence, which is why Cartalax appears in aging focused peptide research programs.",
          "sourceUrl": "https://biotechcompounds.com/products/cartalax",
          "pageTitle": "Cartalax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_cbl-514",
      "@type": "PhysicalProduct",
      "name": "CBL-514",
      "description": "CBL-514 is a synthetic small-molecule lipolysis research compound studied for its ability to induce apoptosis in adipocytes, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0096",
          "text": "CBL-514 is a synthetic small-molecule lipolysis research compound studied for its ability to induce apoptosis in adipocytes, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cbl-514",
          "pageTitle": "CBL-514 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0097",
          "text": "What is CBL-514 and what class of compound is it? CBL-514 is a synthetic small-molecule investigational compound studied as an injectable lipolysis agent. It is not a peptide. Research describes it as inducing apoptosis in adipocytes, which is why it is studied in connection with localized fat reduction. Biotech Compounds supplies CBL-514 as a lyophilized powder at 99 percent or greater purity for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cbl-514",
          "pageTitle": "CBL-514 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0098",
          "text": "How does CBL-514 act on fat cells in research? Published preclinical research reports that CBL-514 reduces adipocyte number by triggering apoptosis, a regulated form of cell death, rather than by dissolving cell membranes. Researchers study it to understand how apoptosis-driven loss of fat cells reshapes subcutaneous adipose tissue and how surrounding tissue responds.",
          "sourceUrl": "https://biotechcompounds.com/products/cbl-514",
          "pageTitle": "CBL-514 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0099",
          "text": "What has research primarily studied CBL-514 for? The main research focus has been the reduction of localized subcutaneous fat, most often abdominal fat, in clinical-stage investigational studies. These findings are investigational and do not establish that CBL-514 is safe or effective for any use.",
          "sourceUrl": "https://biotechcompounds.com/products/cbl-514",
          "pageTitle": "CBL-514 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0100",
          "text": "What secondary research areas involve CBL-514? CBL-514 has also been studied in cellulite research, and laboratories use it more broadly in models of adipocyte biology, lipolysis, adipose tissue remodeling and body contouring.",
          "sourceUrl": "https://biotechcompounds.com/products/cbl-514",
          "pageTitle": "CBL-514 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
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      "relations": [
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          "targetId": "e_org",
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    },
    {
      "entityId": "p_cerebrolysin",
      "@type": "PhysicalProduct",
      "name": "Cerebrolysin",
      "description": "Cerebrolysin is a standardized peptide preparation derived from porcine brain tissue, consisting of low molecular weight peptides and free amino acids, available for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0101",
          "text": "Cerebrolysin is a standardized peptide preparation derived from porcine brain tissue, consisting of low molecular weight peptides and free amino acids, available for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cerebrolysin",
          "pageTitle": "Cerebrolysin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0102",
          "text": "What is Cerebrolysin and where does it come from? Cerebrolysin is a standardized peptide preparation produced by enzymatic processing of purified porcine brain tissue. It is a complex mixture rather than a single molecule, made up of roughly 25 percent low molecular weight peptides below 10,000 Da and 75 percent free amino acids. Biotech Compounds supplies Cerebrolysin as a lyophilized powder for laboratory research into brain derived peptide fractions.",
          "sourceUrl": "https://biotechcompounds.com/products/cerebrolysin",
          "pageTitle": "Cerebrolysin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0103",
          "text": "What amino acids are found in Cerebrolysin? The amino acid composition of Cerebrolysin includes aspartic acid, glutamic acid, serine, histidine, glycine, threonine, alanine, arginine, valine, methionine, tryptophan, isoleucine, phenylalanine, leucine, lysine, and proline. Because Cerebrolysin is a mixture, no single molecular formula applies. Researchers treat the preparation as a defined fraction characterized by its peptide and amino acid profile rather than by one sequence.",
          "sourceUrl": "https://biotechcompounds.com/products/cerebrolysin",
          "pageTitle": "Cerebrolysin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0104",
          "text": "How does Cerebrolysin work according to published research? Published research describes Cerebrolysin as a mixture of neurotrophic like peptide fragments. In cell culture and animal studies, researchers reported that Cerebrolysin fractions showed activity resembling endogenous neurotrophic factors, including effects on neuronal survival signaling and synaptic markers. Because the preparation contains many peptides, research has not attributed the reported activity of Cerebrolysin to one identified component.",
          "sourceUrl": "https://biotechcompounds.com/products/cerebrolysin",
          "pageTitle": "Cerebrolysin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0105",
          "text": "What is the primary research area for Cerebrolysin? The primary research area for Cerebrolysin is neuroscience. Research studies have examined Cerebrolysin in models of neuronal injury, neurodegeneration, and cognitive function. In animal models, researchers reported changes in neuronal survival, dendritic branching, and markers of neuroplasticity after exposure to Cerebrolysin. These findings describe observations in experimental systems and remain a subject of ongoing investigation.",
          "sourceUrl": "https://biotechcompounds.com/products/cerebrolysin",
          "pageTitle": "Cerebrolysin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_chonluten",
      "@type": "PhysicalProduct",
      "name": "Chonluten",
      "description": "Chonluten is a synthetic tripeptide bioregulator (Glu-Asp-Gly) belonging to the Khavinson short-peptide class, studied for tissue-specific activity in bronchopulmonary and respiratory epithelial systems.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0106",
          "text": "Chonluten is a synthetic tripeptide bioregulator (Glu-Asp-Gly) belonging to the Khavinson short-peptide class, studied for tissue-specific activity in bronchopulmonary and respiratory epithelial systems.",
          "sourceUrl": "https://biotechcompounds.com/products/chonluten",
          "pageTitle": "Chonluten | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0107",
          "text": "What is Chonluten and what has research studied it for? Chonluten is a synthetic tripeptide with the sequence Glu-Asp-Gly, also written EDG. It was developed within the Khavinson bioregulator program at the St. Petersburg Institute of Bioregulation and Gerontology as the synthesized counterpart of Bronchogen. Research studies have examined Chonluten for tissue specific activity in bronchopulmonary and respiratory epithelial systems. Biotech Compounds supplies Chonluten as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/chonluten",
          "pageTitle": "Chonluten | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0108",
          "text": "How does Chonluten work according to published research? Published research on Khavinson bioregulators proposes that short peptides such as Chonluten interact with complementary DNA sequences in gene promoter regions and influence transcription. This differs from receptor agonism or enzyme inhibition. In model systems, researchers reported that Chonluten was associated with modulation of stress response genes such as c-Fos and HSP70, and with changes in expression of the antioxidant enzyme SOD.",
          "sourceUrl": "https://biotechcompounds.com/products/chonluten",
          "pageTitle": "Chonluten | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0109",
          "text": "What is the primary research area for Chonluten? The primary research area for Chonluten is bronchopulmonary tissue. Research studies have examined Chonluten in models of respiratory epithelial cell biology, bronchial gene expression, and age associated changes in pulmonary tissue. Researchers reported that Chonluten was associated with epithelial barrier maintenance markers in these model systems. This work is preclinical and investigational.",
          "sourceUrl": "https://biotechcompounds.com/products/chonluten",
          "pageTitle": "Chonluten | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0110",
          "text": "Has Chonluten been studied for inflammatory and antioxidant pathways? Yes. In the literature, Chonluten is associated with modulation of inflammatory mediators including COX-2 and TNF-alpha, and with antioxidant enzymes such as superoxide dismutase. In cell culture models, researchers reported these changes in respiratory epithelial cells exposed to Chonluten. Chonluten is therefore used in research on oxidative stress and inflammatory signaling in lung derived cell systems.",
          "sourceUrl": "https://biotechcompounds.com/products/chonluten",
          "pageTitle": "Chonluten | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_cjc-1295-no-dac",
      "@type": "PhysicalProduct",
      "name": "CJC-1295 (no DAC)",
      "description": "CJC-1295 (no DAC), also known as Mod GRF 1-29, is a synthetic 29-amino acid GHRH analog, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0111",
          "text": "CJC-1295 (no DAC), also known as Mod GRF 1-29, is a synthetic 29-amino acid GHRH analog, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cjc-1295-no-dac",
          "pageTitle": "CJC-1295 (no DAC) | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0112",
          "text": "What is CJC-1295 (no DAC) and what is Mod GRF 1-29? CJC-1295 (no DAC), also called Modified GRF 1-29 or Mod GRF 1-29, is a synthetic 29 amino acid analog of growth hormone releasing hormone, or GHRH. It carries four substitutions compared with native GHRH: D-Ala2, Ala8, Leu15, and Leu27. Research studies have examined CJC-1295 (no DAC) as a GHRH analog with improved resistance to enzymatic breakdown. Biotech Compounds supplies it as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cjc-1295-no-dac",
          "pageTitle": "CJC-1295 (no DAC) | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0113",
          "text": "How does CJC-1295 (no DAC) work according to research? In research studies, CJC-1295 (no DAC) has been observed to act at the GHRH receptor on pituitary cells, where it mimics the signal of native GHRH. Researchers reported that the four amino acid substitutions increase resistance to the enzyme DPP-4, which rapidly degrades native GHRH. Published research describes CJC-1295 (no DAC) as a short acting GHRH analog that produces a pulse like signal in experimental systems.",
          "sourceUrl": "https://biotechcompounds.com/products/cjc-1295-no-dac",
          "pageTitle": "CJC-1295 (no DAC) | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0114",
          "text": "What is the primary research area for CJC-1295 (no DAC)? The primary research area for CJC-1295 (no DAC) is growth hormone axis research. In animal models and in vitro pituitary cell studies, researchers reported that CJC-1295 (no DAC) stimulated growth hormone release in a pulsatile pattern that resembled the natural rhythm. It is often used in research protocols that examine GHRH receptor signaling and the regulation of growth hormone secretion.",
          "sourceUrl": "https://biotechcompounds.com/products/cjc-1295-no-dac",
          "pageTitle": "CJC-1295 (no DAC) | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0115",
          "text": "Why is CJC-1295 (no DAC) often studied together with Ipamorelin? Ipamorelin is a growth hormone secretagogue that acts at the ghrelin receptor, while CJC-1295 (no DAC) acts at the GHRH receptor. Research studies have reported that stimulating the two receptor pathways together produced additive effects on growth hormone release in experimental models. Biotech Compounds also offers an Ipamorelin/CJC-1295 (no DAC) 5MG/5MG blend for researchers who study the two compounds in combination.",
          "sourceUrl": "https://biotechcompounds.com/products/cjc-1295-no-dac",
          "pageTitle": "CJC-1295 (no DAC) | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_cjc-1295-w-dac",
      "@type": "PhysicalProduct",
      "name": "CJC-1295 W/ DAC",
      "description": "CJC-1295 with DAC is a synthetic peptide analog of GHRH conjugated with a Drug Affinity Complex, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0116",
          "text": "CJC-1295 with DAC is a synthetic peptide analog of GHRH conjugated with a Drug Affinity Complex, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cjc-1295-w-dac",
          "pageTitle": "CJC-1295 W/ DAC | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0117",
          "text": "What is CJC-1295 W/ DAC and what has research studied it for? CJC-1295 W/ DAC is a synthetic analog of growth hormone releasing hormone, or GHRH. It consists of modified GHRH(1-29), carrying the substitutions D-Ala2, Ala8, Leu15, and Leu27, conjugated to a Drug Affinity Complex. Research studies have examined CJC-1295 W/ DAC as a long acting GHRH analog in growth hormone axis research. Biotech Compounds supplies it as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cjc-1295-w-dac",
          "pageTitle": "CJC-1295 W/ DAC | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0118",
          "text": "What is the Drug Affinity Complex in CJC-1295 W/ DAC? The Drug Affinity Complex, or DAC, is a lysine residue linked to maleimidopropionic acid, abbreviated MPA. Research studies have shown that the maleimide group forms a covalent bond with the free thiol on cysteine 34 of serum albumin. Researchers reported that this binding turns CJC-1295 W/ DAC into an albumin bound reservoir in circulation, which is the basis for its extended activity in experimental models.",
          "sourceUrl": "https://biotechcompounds.com/products/cjc-1295-w-dac",
          "pageTitle": "CJC-1295 W/ DAC | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0119",
          "text": "How does CJC-1295 W/ DAC work according to published research? In research studies, CJC-1295 W/ DAC has been observed to act at the GHRH receptor on pituitary cells in the same way as native GHRH. Published research reports that albumin binding through the DAC shields the peptide from enzymatic clearance, so the signal persists far longer than with unconjugated GHRH analogs. Researchers described sustained rather than pulsatile stimulation of growth hormone secretion in models exposed to CJC-1295 W/ DAC.",
          "sourceUrl": "https://biotechcompounds.com/products/cjc-1295-w-dac",
          "pageTitle": "CJC-1295 W/ DAC | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0120",
          "text": "What is the primary research area for CJC-1295 W/ DAC? The primary research area for CJC-1295 W/ DAC is the growth hormone and IGF-1 axis. In clinical research, investigators reported that CJC-1295 W/ DAC was associated with sustained increases in growth hormone and IGF-1 levels lasting for days after a single exposure. Animal models and in vitro studies have also used CJC-1295 W/ DAC to examine prolonged GHRH receptor activation.",
          "sourceUrl": "https://biotechcompounds.com/products/cjc-1295-w-dac",
          "pageTitle": "CJC-1295 W/ DAC | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_cortagen",
      "@type": "PhysicalProduct",
      "name": "Cortagen",
      "description": "Cortagen is a synthetic short-chain peptide bioregulator composed of the amino acid sequence Ala-Glu-Asp-Pro (AEDP).",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0121",
          "text": "Cortagen is a synthetic short-chain peptide bioregulator composed of the amino acid sequence Ala-Glu-Asp-Pro (AEDP). It belongs to the Khavinson family of cytomedine peptides derived from cortexin and is studied for its role in modulating neuronal metabolism and regulating gene expression in nervous tissue.",
          "sourceUrl": "https://biotechcompounds.com/products/cortagen",
          "pageTitle": "Cortagen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0122",
          "text": "What is Cortagen and what has research studied it for? Cortagen is a synthetic tetrapeptide with the sequence Ala-Glu-Asp-Pro, also written AEDP. It belongs to the Khavinson family of cytomedine peptide bioregulators and is derived from cortexin, a peptide complex originally isolated from the cerebral cortex. Research studies have examined Cortagen for its role in neuronal metabolism and gene expression in nervous tissue. Biotech Compounds supplies Cortagen as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/cortagen",
          "pageTitle": "Cortagen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0123",
          "text": "How does Cortagen work according to published research? Published research on Khavinson bioregulators proposes that short peptides such as Cortagen act as tissue specific signaling molecules that influence gene expression and protein synthesis in their target tissue. In preclinical studies, researchers reported that Cortagen was associated with changes in neuronal cell activity and metabolic markers. These are proposed mechanisms observed in model systems, and the exact molecular targets of Cortagen remain under investigation.",
          "sourceUrl": "https://biotechcompounds.com/products/cortagen",
          "pageTitle": "Cortagen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0124",
          "text": "What is the primary research area for Cortagen? The primary research area for Cortagen is the nervous system. Research studies in this peptide class have focused on neuroregulation and neuronal metabolism, including neuroregeneration and peripheral nerve function in animal models. Researchers reported that Cortagen was examined as a cortex derived cytomedine with activity directed at nervous tissue. This work is preclinical and investigational.",
          "sourceUrl": "https://biotechcompounds.com/products/cortagen",
          "pageTitle": "Cortagen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0125",
          "text": "Has Cortagen been studied for antioxidant and inflammatory markers? Yes. Beyond its main neuroregulatory focus, Cortagen has been studied for effects on antioxidant pathways and on inflammatory and metabolic markers in nervous tissue. In preclinical models, researchers reported that Cortagen was associated with changes in these markers alongside its reported influence on neuronal protein synthesis. Cortagen is therefore used in neurochemistry and cellular regulation studies.",
          "sourceUrl": "https://biotechcompounds.com/products/cortagen",
          "pageTitle": "Cortagen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_dihexa",
      "@type": "PhysicalProduct",
      "name": "Dihexa",
      "description": "Dihexa is a synthetic oligopeptide derivative (N-hexanoic-Tyr-Ile-(6)-aminohexanoic amide), available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0126",
          "text": "Dihexa is a synthetic oligopeptide derivative (N-hexanoic-Tyr-Ile-(6)-aminohexanoic amide), available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/dihexa",
          "pageTitle": "Dihexa | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0127",
          "text": "What is Dihexa and what has research studied it for? Dihexa, also known as PNB-0408, is a synthetic oligopeptide derivative with the structure Hexanoyl-Tyr-Ile-Ahx-NH2. It contains two amino acids, tyrosine and isoleucine, with an N-terminal hexanoic acid cap and a C-terminal 6-aminohexanoic acid amide. Dihexa is structurally derived from angiotensin IV. Research studies have examined Dihexa in rodent models of cognition and synaptic connectivity. Biotech Compounds supplies it as a lyophilized powder.",
          "sourceUrl": "https://biotechcompounds.com/products/dihexa",
          "pageTitle": "Dihexa | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0128",
          "text": "How does Dihexa work according to published research? Published research reports that Dihexa binds hepatocyte growth factor, or HGF, and potentiates signaling through its receptor c-Met. In cell culture studies, researchers observed that Dihexa was associated with increased dendritic spine formation and new synaptic connections. Investigators describe Dihexa as an angiotensin IV derived molecule whose reported activity runs through the HGF and c-Met pathway rather than through angiotensin receptors.",
          "sourceUrl": "https://biotechcompounds.com/products/dihexa",
          "pageTitle": "Dihexa | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0129",
          "text": "What is the primary research area for Dihexa? The primary research area for Dihexa is cognitive neuroscience. In rodent studies, researchers reported that Dihexa was associated with improved performance in spatial learning and memory tasks, including in models of impaired cognition. These findings come from animal models and cell culture only. Dihexa remains an investigational compound used to study synaptogenesis and memory related signaling.",
          "sourceUrl": "https://biotechcompounds.com/products/dihexa",
          "pageTitle": "Dihexa | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0130",
          "text": "Why is Dihexa described as lipophilic and orally bioavailable in research? The N-terminal hexanoyl cap and the C-terminal aminohexanoic amide make Dihexa more stable and more lipophilic than the parent angiotensin IV fragment. Research studies have reported that these modifications gave Dihexa oral bioavailability and the ability to cross biological barriers, including the blood brain barrier, in animal models. This is a notable difference from most water soluble research peptides.",
          "sourceUrl": "https://biotechcompounds.com/products/dihexa",
          "pageTitle": "Dihexa | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
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    {
      "entityId": "p_dmso",
      "@type": "PhysicalProduct",
      "name": "DMSO",
      "description": "DMSO (dimethyl sulfoxide) 99.9% is a high-purity aprotic solvent supplied as a 3 mL liquid for laboratory use.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0131",
          "text": "DMSO (dimethyl sulfoxide) 99.9% is a high-purity aprotic solvent supplied as a 3 mL liquid for laboratory use. It dissolves lipophilic research compounds such as Dihexa and SLU-PP-332 that will not go into Bacteriostatic Water alone, so a concentrated stock can be prepared and then diluted to the working concentration.",
          "sourceUrl": "https://biotechcompounds.com/products/dmso",
          "pageTitle": "DMSO | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0132",
          "text": "What is DMSO and what is it used for in the laboratory? DMSO, or dimethyl sulfoxide, is a high-purity aprotic organic solvent supplied by Biotech Compounds as a 3 mL liquid at 99.9 percent purity. In research preparation it is used to dissolve lipophilic compounds that will not dissolve in water or Bacteriostatic Water alone. The compound is dissolved in a small volume of DMSO to make a clear concentrated stock, which is then diluted into the aqueous diluent used in the experiment.",
          "sourceUrl": "https://biotechcompounds.com/products/dmso",
          "pageTitle": "DMSO | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0133",
          "text": "Which Biotech Compounds products need DMSO? Dihexa is the clearest case: its lipophilic hexanoyl and aminohexanoic caps make it insoluble in bacteriostatic water alone, so DMSO or another organic solvent is required for initial dissolution. SLU-PP-332 is a lipophilic small molecule that researchers commonly prepare as a DMSO stock before diluting into aqueous buffer. AICAR dissolves in sterile water but accepts DMSO when a more concentrated stock is needed. Ordinary water-soluble peptides do not need DMSO.",
          "sourceUrl": "https://biotechcompounds.com/products/dmso",
          "pageTitle": "DMSO | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0134",
          "text": "How is DMSO used together with Bacteriostatic Water? Add the DMSO to the lyophilized powder first, a small volume at a time, and swirl gently until the solution is completely clear. Only then bring the vial to its final volume with Bacteriostatic Water or buffer. Adding the water first, or adding it before the powder has fully dissolved, can make a lipophilic compound precipitate. Keep the DMSO fraction of the final solution as low as the experiment allows and never shake the vial.",
          "sourceUrl": "https://biotechcompounds.com/products/dmso",
          "pageTitle": "DMSO | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0135",
          "text": "Why does my DMSO look frozen or crystallized? Pure DMSO freezes at about 18.5 C, which is just below normal room temperature, so a vial kept in a cool room or a refrigerator will often turn solid or show crystals. This is normal and does not harm the product. Warm the sealed vial to room temperature, for example by holding it in your hand or leaving it on the bench, and it returns to a clear liquid. Do not heat it with a flame or microwave.",
          "sourceUrl": "https://biotechcompounds.com/products/dmso",
          "pageTitle": "DMSO | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
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    {
      "entityId": "p_dsip",
      "@type": "PhysicalProduct",
      "name": "DSIP",
      "description": "DSIP (Delta Sleep-Inducing Peptide) is a synthetic nonapeptide with the sequence Trp-Ala-Gly-Gly-Asp-Ala-Ser-Gly-Glu, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0136",
          "text": "DSIP (Delta Sleep-Inducing Peptide) is a synthetic nonapeptide with the sequence Trp-Ala-Gly-Gly-Asp-Ala-Ser-Gly-Glu, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/dsip",
          "pageTitle": "DSIP | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0137",
          "text": "What is DSIP and what has research studied it for? DSIP, short for Delta Sleep-Inducing Peptide, is a synthetic nonapeptide with the sequence Trp-Ala-Gly-Gly-Asp-Ala-Ser-Gly-Glu. It was first characterized in 1977 from rabbit brain tissue extracts. Research studies have examined DSIP mainly in the context of sleep regulation, with secondary work on stress responses. Biotech Compounds supplies DSIP as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/dsip",
          "pageTitle": "DSIP | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0138",
          "text": "Where can I buy DSIP for research? Biotech Compounds sells DSIP for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/dsip",
          "pageTitle": "DSIP | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0139",
          "text": "How does DSIP work according to published research? The mechanism of DSIP has not been fully defined. Published research suggests that DSIP modulates neurotransmitter systems in the brain, and researchers have reported interactions with GABAergic signaling and with stress hormone release in animal models. Investigators also reported that DSIP crosses the blood brain barrier in experimental systems. These findings describe proposed mechanisms rather than a confirmed receptor target.",
          "sourceUrl": "https://biotechcompounds.com/products/dsip",
          "pageTitle": "DSIP | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0140",
          "text": "What is the primary research area for DSIP? The primary research area for DSIP is sleep neuroscience. In animal models, particularly rabbits and rodents, researchers reported that DSIP was associated with increased delta wave, or slow wave, sleep activity, which is where its name comes from. Research studies have used DSIP to examine the neurochemical regulation of sleep architecture. Reported results have varied between studies.",
          "sourceUrl": "https://biotechcompounds.com/products/dsip",
          "pageTitle": "DSIP | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
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    {
      "entityId": "p_easy-touch-u-100-insulin-syringe-with-needle",
      "@type": "PhysicalProduct",
      "name": "Easy Touch U-100 Insulin Syringe with Needle",
      "description": "Easy Touch U-100 Insulin Syringe with Needle, 30G 1cc 5/16-Inch (8mm) pack of 10",
      "status": "active",
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          "chunkId": "c_0141",
          "text": "Easy Touch U-100 Insulin Syringe with Needle, 30G 1cc 5/16-Inch (8mm) pack of 10",
          "sourceUrl": "https://biotechcompounds.com/products/easy-touch-u-100-insulin-syringe-with-needle",
          "pageTitle": "Easy Touch U-100 Insulin Syringe with Needle | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0142",
          "text": "What is the Easy Touch U-100 Insulin Syringe with Needle? The Easy Touch U-100 Insulin Syringe with Needle is a single-use laboratory syringe with a permanently attached needle. Each syringe has a 1cc barrel marked in U-100 units, a 30 gauge needle, and a 5/16 inch (8mm) needle length. It is sold in a pack of 10 and is used in research preparation for drawing and measuring small liquid volumes from reconstituted vials.",
          "sourceUrl": "https://biotechcompounds.com/products/easy-touch-u-100-insulin-syringe-with-needle",
          "pageTitle": "Easy Touch U-100 Insulin Syringe with Needle | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0143",
          "text": "What gauge and needle length does the Easy Touch U-100 Insulin Syringe use? The Easy Touch U-100 Insulin Syringe with Needle uses a 30 gauge needle that is 5/16 inch, or 8mm, long. The 30 gauge designation means a thin needle diameter, and the short 8mm length is a common choice for laboratory work with small vials. The needle is fixed to the 1cc barrel, so there is no separate needle to attach or remove.",
          "sourceUrl": "https://biotechcompounds.com/products/easy-touch-u-100-insulin-syringe-with-needle",
          "pageTitle": "Easy Touch U-100 Insulin Syringe with Needle | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0144",
          "text": "How many syringes come in a pack of Easy Touch U-100 Insulin Syringes? Each pack of the Easy Touch U-100 Insulin Syringe with Needle contains 10 individually wrapped syringes. Every syringe in the pack has the same 1cc capacity, 30 gauge needle, and 5/16 inch needle length. Researchers who work through several vials in a session often keep more than one pack on hand because each syringe is intended for a single use.",
          "sourceUrl": "https://biotechcompounds.com/products/easy-touch-u-100-insulin-syringe-with-needle",
          "pageTitle": "Easy Touch U-100 Insulin Syringe with Needle | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0145",
          "text": "What do the U-100 markings on the Easy Touch syringe barrel mean? The barrel of the Easy Touch U-100 Insulin Syringe with Needle is graduated in units on a U-100 scale, where 100 units equals 1 milliliter. On this 1cc syringe, each unit therefore equals 0.01 milliliter. The markings are printed clearly on the barrel so a researcher can read a measured volume accurately when drawing liquid from a reconstituted research vial.",
          "sourceUrl": "https://biotechcompounds.com/products/easy-touch-u-100-insulin-syringe-with-needle",
          "pageTitle": "Easy Touch U-100 Insulin Syringe with Needle | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
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    },
    {
      "entityId": "p_eloralintide",
      "@type": "PhysicalProduct",
      "name": "Eloralintide",
      "description": "Eloralintide is a synthetic 37-amino acid acylated analog of human amylin, classified as a selective amylin receptor agonist, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0146",
          "text": "Eloralintide is a synthetic 37-amino acid acylated analog of human amylin, classified as a selective amylin receptor agonist, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/eloralintide",
          "pageTitle": "Eloralintide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0147",
          "text": "What is Eloralintide and what class of peptide is it? Eloralintide is a synthetic 37-amino acid acylated analog of human amylin, the pancreatic hormone released alongside insulin from islet beta cells. It is classified as a long-acting amylin receptor agonist research peptide with selectivity for the AMY1R receptor. Biotech Compounds supplies Eloralintide as a lyophilized powder at 99 percent or greater purity for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/eloralintide",
          "pageTitle": "Eloralintide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0148",
          "text": "How does Eloralintide act on amylin receptors in research? Amylin receptors form when the calcitonin receptor pairs with a receptor activity modifying protein, producing AMY1R, AMY2R, and AMY3R. In vitro receptor studies have reported that Eloralintide acts as a full agonist across the human amylin receptor set while favoring AMY1R over AMY3R and over the unmodified calcitonin receptor. Researchers use that bias to attribute an observed effect to amylin receptor signaling.",
          "sourceUrl": "https://biotechcompounds.com/products/eloralintide",
          "pageTitle": "Eloralintide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0149",
          "text": "What has research primarily studied Eloralintide for? The primary research area for Eloralintide is amylin pathway pharmacology in metabolic models. In animal models and clinical trials, researchers have examined how selective amylin receptor activation relates to satiation signaling, meal termination, gastric emptying, and body weight regulation. Published research has also looked at whether selective AMY1R engagement separates the appetite signal from aversive responses seen with less selective amylin analogs.",
          "sourceUrl": "https://biotechcompounds.com/products/eloralintide",
          "pageTitle": "Eloralintide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0150",
          "text": "What secondary research areas involve Eloralintide? Beyond appetite and body weight models, Eloralintide has been studied in connection with glucagon regulation and glucose handling, because amylin signaling in the area postrema and nucleus of the solitary tract is reported to influence these pathways. Research studies have also examined Eloralintide alongside incretin receptor agonists to explore whether amylin and incretin pathways act through independent receptor families in metabolic research models.",
          "sourceUrl": "https://biotechcompounds.com/products/eloralintide",
          "pageTitle": "Eloralintide | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
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    {
      "entityId": "p_epitalon",
      "@type": "PhysicalProduct",
      "name": "Epitalon",
      "description": "Epitalon is a synthetic tetrapeptide with the sequence Ala-Glu-Asp-Gly, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0151",
          "text": "Epitalon is a synthetic tetrapeptide with the sequence Ala-Glu-Asp-Gly, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/epitalon",
          "pageTitle": "Epitalon | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0152",
          "text": "What is Epitalon and what has research studied it for? Epitalon, also written Epithalon, is a synthetic tetrapeptide with the sequence Ala-Glu-Asp-Gly, or AEDG. It belongs to the Khavinson family of short peptide bioregulators. Research studies have examined Epitalon mainly in the context of pineal gland function, melatonin rhythm, and telomere biology in cell culture and animal models. Biotech Compounds supplies Epitalon as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/epitalon",
          "pageTitle": "Epitalon | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0153",
          "text": "Where can I buy Epitalon for research? Biotech Compounds sells Epitalon for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/epitalon",
          "pageTitle": "Epitalon | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0154",
          "text": "How does Epitalon work according to published research? In vitro studies have reported that Epitalon is associated with activation of telomerase and elongation of telomeres in cultured human cells. Published research from the bioregulator field also suggests that Epitalon interacts with the pineal gland and influences melatonin production in animal models. The two acidic residues in the AEDG sequence give Epitalon a net negative charge, which researchers have discussed in relation to its interaction with DNA and chromatin.",
          "sourceUrl": "https://biotechcompounds.com/products/epitalon",
          "pageTitle": "Epitalon | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0155",
          "text": "What is the primary research area for Epitalon? The primary research area for Epitalon is aging biology. In rodent studies and in cultured cells, researchers have reported findings related to telomere length, telomerase activity, and lifespan measures. Published research has also studied Epitalon in models of pineal function, where it has been observed to affect the nightly melatonin rhythm. These are laboratory findings, and Epitalon is supplied only for continued research.",
          "sourceUrl": "https://biotechcompounds.com/products/epitalon",
          "pageTitle": "Epitalon | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
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      "entityId": "p_follistatin",
      "@type": "PhysicalProduct",
      "name": "Follistatin",
      "description": "Follistatin is a single-chain glycoprotein classified as an activin-binding protein, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0156",
          "text": "Follistatin is a single-chain glycoprotein classified as an activin-binding protein, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/follistatin",
          "pageTitle": "Follistatin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0157",
          "text": "What is Follistatin and what has research studied it for? Follistatin is a naturally occurring single-chain glycoprotein classified as an activin-binding protein. The FS344 isoform contains 344 amino acids arranged in a cysteine-rich structure. Research studies have examined Follistatin for its ability to bind and neutralize members of the TGF-beta superfamily, particularly activin and myostatin. Biotech Compounds supplies recombinant Follistatin as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/follistatin",
          "pageTitle": "Follistatin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0158",
          "text": "How does Follistatin work according to published research? Published research describes Follistatin as a high-affinity binding partner for activin and for myostatin, also called GDF-8. In vitro binding studies have reported that Follistatin wraps around these ligands and blocks them from reaching their activin type II receptors. Because myostatin signaling through SMAD2 and SMAD3 restrains muscle growth in animal models, researchers use Follistatin to study what happens when that signal is removed.",
          "sourceUrl": "https://biotechcompounds.com/products/follistatin",
          "pageTitle": "Follistatin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0159",
          "text": "What is the primary research area for Follistatin? The primary research area for Follistatin is skeletal muscle biology. In rodent studies and other animal models, researchers have reported increased muscle mass when Follistatin was expressed or delivered, which they attribute to neutralization of myostatin and activin. Follistatin is also used in cell culture to probe how myostatin blockade changes myoblast growth and differentiation.",
          "sourceUrl": "https://biotechcompounds.com/products/follistatin",
          "pageTitle": "Follistatin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0160",
          "text": "What secondary research areas involve Follistatin? Beyond muscle, Follistatin has been studied in reproductive biology, where researchers have examined how it regulates activin signaling in the pituitary and gonads. Research studies have also looked at Follistatin in models of fibrosis and tissue repair, and in developmental biology, where activin gradients help pattern early embryos. Its role in these areas is investigated in vitro and in animal models.",
          "sourceUrl": "https://biotechcompounds.com/products/follistatin",
          "pageTitle": "Follistatin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
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    {
      "entityId": "p_foxo4",
      "@type": "PhysicalProduct",
      "name": "FOXO4",
      "description": "FOXO4-DRI is a synthetic D-retro-inverso peptide based on the FOXO4 transcription factor sequence, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0161",
          "text": "FOXO4-DRI is a synthetic D-retro-inverso peptide based on the FOXO4 transcription factor sequence, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/foxo4",
          "pageTitle": "FOXO4 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0162",
          "text": "What is FOXO4 and what has research studied it for? The FOXO4 product from Biotech Compounds is FOXO4-DRI, a synthetic D-retro-inverso peptide based on a sequence from the FOXO4 forkhead transcription factor. Research studies have examined FOXO4-DRI primarily in the field of cellular senescence, where it has been used as a tool to selectively target senescent cells in cell culture and mouse models. It is supplied as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/foxo4",
          "pageTitle": "FOXO4 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0163",
          "text": "How does the FOXO4 peptide work according to research? In senescent cells, the FOXO4 transcription factor binds the tumor suppressor p53 and keeps it in the nucleus, which research has reported keeps the senescent cell from undergoing apoptosis. In vitro studies have shown that the FOXO4-DRI peptide competes for that interaction, releasing p53 so that the senescent cell can enter programmed cell death. Researchers describe this as a senolytic mechanism.",
          "sourceUrl": "https://biotechcompounds.com/products/foxo4",
          "pageTitle": "FOXO4 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0164",
          "text": "What is the primary research area for FOXO4-DRI? The primary research area for FOXO4 in its DRI peptide form is senescence biology and aging research. In mouse models, researchers reported that clearing senescent cells with FOXO4-DRI was associated with changes in tissue function and physical measures in aged animals. Published research uses FOXO4-DRI as a chemical tool to test whether senescent cell accumulation drives specific age-related changes.",
          "sourceUrl": "https://biotechcompounds.com/products/foxo4",
          "pageTitle": "FOXO4 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0165",
          "text": "What secondary research areas has FOXO4-DRI been studied in? Secondary research areas for FOXO4-DRI include chemotherapy-induced senescence, where animal models have been used to examine whether removing senescent cells changes recovery after chemotherapy exposure, and the broader study of FOXO family transcription factors. Researchers also study the D-retro-inverso design of FOXO4 as a general strategy for building protease-resistant peptide tools.",
          "sourceUrl": "https://biotechcompounds.com/products/foxo4",
          "pageTitle": "FOXO4 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
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    },
    {
      "entityId": "p_gaz-immune-blend",
      "@type": "PhysicalProduct",
      "name": "GAZ Immune Blend",
      "description": "GAZ is a three-component aqueous research formulation combining reduced L-glutathione (200 mg/mL), L-ascorbic acid (200 mg/mL), and zinc sulfate (2.5 mg/mL) at a combined 402.5 mg/mL in a 10 mL vial.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0166",
          "text": "GAZ is a three-component aqueous research formulation combining reduced L-glutathione (200 mg/mL), L-ascorbic acid (200 mg/mL), and zinc sulfate (2.5 mg/mL) at a combined 402.5 mg/mL in a 10 mL vial. Supplied for laboratory research on redox chemistry, antioxidant capacity assays, and zinc-dependent enzyme systems. Research use only. Not for human or animal consumption.",
          "sourceUrl": "https://biotechcompounds.com/products/gaz-immune-blend",
          "pageTitle": "GAZ Immune Blend | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0167",
          "text": "What is GAZ Immune Blend and what does it contain? GAZ Immune Blend is a three-component aqueous research formulation supplied as a ready-to-use liquid. Per mL it contains reduced L-glutathione 200 mg, L-ascorbic acid (vitamin C) 200 mg, and zinc sulfate 2.5 mg, for a combined concentration of 402.5 mg per mL in a 10 mL vial. The name GAZ stands for Glutathione, Ascorbic acid, and Zinc. Biotech Compounds supplies GAZ Immune Blend for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/gaz-immune-blend",
          "pageTitle": "GAZ Immune Blend | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0168",
          "text": "What is GAZ Immune Blend used for in laboratory research? GAZ Immune Blend is used as a single-matrix reference material for redox chemistry. Laboratories use it in antioxidant capacity assays, studies of antioxidant regeneration kinetics, oxidative stability and forced degradation work, and research on zinc-dependent enzymes and thiol and metal interactions. Because glutathione and ascorbic acid form a characterized redox pair, GAZ Immune Blend lets a researcher work with both halves of that pair without preparing separate solutions.",
          "sourceUrl": "https://biotechcompounds.com/products/gaz-immune-blend",
          "pageTitle": "GAZ Immune Blend | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0169",
          "text": "What role does glutathione play in GAZ Immune Blend? Reduced L-glutathione is one of the two largest components of GAZ Immune Blend at 200 mg per mL. It is a tripeptide of glutamate, cysteine, and glycine, and biochemical literature describes it as the principal non-protein thiol in cells. The ratio of reduced glutathione (GSH) to oxidized glutathione (GSSG) is widely used in research as an index of oxidative state, and glutathione is the cosubstrate of the glutathione peroxidase and glutathione S-transferase enzyme families.",
          "sourceUrl": "https://biotechcompounds.com/products/gaz-immune-blend",
          "pageTitle": "GAZ Immune Blend | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0170",
          "text": "Why does GAZ Immune Blend combine glutathione with vitamin C? Glutathione and ascorbic acid are linked in a reaction sequence that biochemical literature calls the glutathione-ascorbate cycle. When ascorbic acid donates electrons it is oxidized to dehydroascorbate, and glutathione can reduce dehydroascorbate back to ascorbic acid. Supplying both at 200 mg per mL in GAZ Immune Blend gives researchers a convenient matrix for studying how one antioxidant regenerates another.",
          "sourceUrl": "https://biotechcompounds.com/products/gaz-immune-blend",
          "pageTitle": "GAZ Immune Blend | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
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    {
      "entityId": "p_gdf-8-153",
      "@type": "PhysicalProduct",
      "name": "GDF-8 153",
      "description": "GDF-8 153 is a synthetic peptide fragment corresponding to a sequence region of growth differentiation factor 8 (GDF-8, also known as myostatin), a secreted protein of the transforming growth factor beta (TGF-beta) superfamily.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0171",
          "text": "GDF-8 153 is a synthetic peptide fragment corresponding to a sequence region of growth differentiation factor 8 (GDF-8, also known as myostatin), a secreted protein of the transforming growth factor beta (TGF-beta) superfamily. It is supplied as a lyophilized powder for in vitro biochemical work, including cell-free receptor-binding experiments and SMAD-responsive reporter assays, and as an analytical reference standard for reversed-phase HPLC, LC-MS, and peptide mapping. For research and laboratory use only.",
          "sourceUrl": "https://biotechcompounds.com/products/gdf-8-153",
          "pageTitle": "GDF-8 153 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0172",
          "text": "What is GDF-8 153 and what is it used for in research? GDF-8 153 is a synthetic peptide fragment corresponding to a sequence region of growth differentiation factor 8, better known as myostatin. Myostatin is a secreted protein of the TGF-beta superfamily. GDF-8 153 is supplied by Biotech Compounds as a lyophilized powder for in vitro biochemical work and as an analytical reference standard. It is not the full-length protein.",
          "sourceUrl": "https://biotechcompounds.com/products/gdf-8-153",
          "pageTitle": "GDF-8 153 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0173",
          "text": "How does the myostatin pathway studied with GDF-8 153 work? Research has shown that full-length myostatin binds the activin type II receptors ActRIIB and ActRIIA together with the type I receptors ALK4 and ALK5. That binding leads to phosphorylation of SMAD2 and SMAD3 and formation of a complex with SMAD4, which then regulates gene expression. GDF-8 153 gives researchers a defined fragment of the myostatin sequence for probing pieces of this interaction in vitro.",
          "sourceUrl": "https://biotechcompounds.com/products/gdf-8-153",
          "pageTitle": "GDF-8 153 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0174",
          "text": "What is the primary research use of GDF-8 153? The primary research use of GDF-8 153 is in cell-free and cell-culture binding experiments. Researchers use the fragment in surface plasmon resonance and ELISA-format receptor-binding assays, in competitive displacement assays against the myostatin propeptide and Follistatin, and in SMAD-responsive luciferase reporter assays in cultured cell lines. These experiments map which regions of the myostatin sequence participate in receptor and binding-partner interactions.",
          "sourceUrl": "https://biotechcompounds.com/products/gdf-8-153",
          "pageTitle": "GDF-8 153 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0175",
          "text": "How is GDF-8 153 used as an analytical reference standard? GDF-8 153 serves as a reference material in analytical chemistry. Laboratories use it for reversed-phase HPLC purity determination, LC-MS and MALDI-TOF mass confirmation, amino acid analysis, circular dichroism secondary-structure measurement, and peptide mapping of larger TGF-beta superfamily constructs. GDF-8 153 is also used as a positive control in immunoassay development and in antibody epitope-mapping workflows.",
          "sourceUrl": "https://biotechcompounds.com/products/gdf-8-153",
          "pageTitle": "GDF-8 153 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_ghk-cu",
      "@type": "PhysicalProduct",
      "name": "GHK-Cu",
      "description": "GHK-Cu is a tripeptide-copper complex consisting of glycine-histidine-lysine bound to a copper(II) ion, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0176",
          "text": "GHK-Cu is a tripeptide-copper complex consisting of glycine-histidine-lysine bound to a copper(II) ion, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ghk-cu",
          "pageTitle": "GHK-Cu | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0177",
          "text": "What is GHK-Cu and what has research studied it for? GHK-Cu is a tripeptide-copper complex made of glycine, histidine, and lysine bound to a copper(II) ion in a stable 1:1 complex. The GHK sequence occurs naturally in human plasma. Research studies have examined GHK-Cu in models of skin biology, tissue repair, and gene expression. Biotech Compounds supplies GHK-Cu as a blue lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ghk-cu",
          "pageTitle": "GHK-Cu | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0178",
          "text": "How does GHK-Cu work according to published research? In vitro studies have reported that GHK-Cu acts as a carrier that delivers copper to cells while the peptide portion signals through its own pathways. Research studies have observed that GHK-Cu is associated with increased collagen and glycosaminoglycan synthesis in cultured fibroblasts and with changes in the expression of many genes. The copper binds through the histidine imidazole nitrogen and the N-terminal amino group.",
          "sourceUrl": "https://biotechcompounds.com/products/ghk-cu",
          "pageTitle": "GHK-Cu | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0179",
          "text": "What is the primary research area for GHK-Cu? The primary research area for GHK-Cu is skin and connective tissue biology. In cell culture and animal models, researchers have reported that GHK-Cu is associated with fibroblast activity, collagen production, and remodeling of the extracellular matrix. Published research has also examined GHK-Cu in models of wound repair, where it has been studied for its effect on the speed and quality of tissue closure in animals.",
          "sourceUrl": "https://biotechcompounds.com/products/ghk-cu",
          "pageTitle": "GHK-Cu | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0180",
          "text": "What secondary research areas has GHK-Cu been studied in? Beyond skin, GHK-Cu has been studied in hair follicle models, where researchers have reported observations on follicle size and growth phase in animal and tissue studies. Gene expression research has examined how GHK-Cu changes the activity of genes linked to inflammation, antioxidant defense, and DNA repair in cultured cells. In vitro work has also looked at GHK-Cu in models of lung and nerve tissue.",
          "sourceUrl": "https://biotechcompounds.com/products/ghk-cu",
          "pageTitle": "GHK-Cu | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
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    {
      "entityId": "p_ghrp-2",
      "@type": "PhysicalProduct",
      "name": "GHRP-2",
      "description": "GHRP-2 is a synthetic hexapeptide classified as a growth hormone secretagogue and ghrelin receptor agonist, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0181",
          "text": "GHRP-2 is a synthetic hexapeptide classified as a growth hormone secretagogue and ghrelin receptor agonist, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ghrp-2",
          "pageTitle": "GHRP-2 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0182",
          "text": "What is GHRP-2 and what has research studied it for? GHRP-2 is a synthetic hexapeptide with the sequence D-Ala-D-2-Nal-Ala-Trp-D-Phe-Lys-NH2. It is classified as a growth hormone secretagogue and an agonist of the ghrelin receptor, GHS-R1a. Research studies have examined GHRP-2 primarily for its ability to stimulate growth hormone release from the pituitary in animal models and clinical studies. Biotech Compounds supplies GHRP-2 as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ghrp-2",
          "pageTitle": "GHRP-2 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0183",
          "text": "How does GHRP-2 work according to published research? Published research reports that GHRP-2 binds the GHS-R1a receptor, the same receptor activated by the natural hormone ghrelin. In animal models and cell studies, that binding has been observed to trigger release of growth hormone from pituitary somatotroph cells, and researchers have reported that the effect is additive with growth hormone releasing hormone. GHRP-2 does not act on the GHRH receptor itself.",
          "sourceUrl": "https://biotechcompounds.com/products/ghrp-2",
          "pageTitle": "GHRP-2 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0184",
          "text": "What is the primary research area for GHRP-2? The primary research area for GHRP-2 is growth hormone secretion. In rodent studies and human clinical studies, researchers have reported that GHRP-2 produces a rapid rise in circulating growth hormone. Because of that response, GHRP-2 has been evaluated in clinical studies as a diagnostic stimulation agent for testing pituitary growth hormone secretion, and it is used in laboratories as a reference ghrelin receptor agonist.",
          "sourceUrl": "https://biotechcompounds.com/products/ghrp-2",
          "pageTitle": "GHRP-2 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0185",
          "text": "What secondary research areas has GHRP-2 been studied in? Secondary research areas for GHRP-2 include appetite regulation, where animal studies have reported increased food intake consistent with ghrelin receptor activation, and cardiovascular research, where in vitro and animal work has examined ghrelin receptor signaling in heart tissue. Researchers have also studied GHRP-2 for its effects on cortisol and prolactin release, which are reported to be smaller than those of some older secretagogues.",
          "sourceUrl": "https://biotechcompounds.com/products/ghrp-2",
          "pageTitle": "GHRP-2 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_ghrp-6",
      "@type": "PhysicalProduct",
      "name": "GHRP-6",
      "description": "GHRP-6 is a synthetic hexapeptide classified as a growth hormone secretagogue and ghrelin receptor agonist, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0186",
          "text": "GHRP-6 is a synthetic hexapeptide classified as a growth hormone secretagogue and ghrelin receptor agonist, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ghrp-6",
          "pageTitle": "GHRP-6 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0187",
          "text": "What is GHRP-6 and what has research studied it for? GHRP-6 is a synthetic hexapeptide with the sequence His-D-Trp-Ala-Trp-D-Phe-Lys-NH2. It is classified as a growth hormone secretagogue and an agonist of the ghrelin receptor, GHS-R1a, and is one of the earliest members of the GHRP family. Research studies have examined GHRP-6 for growth hormone release and appetite signaling in animal models and clinical studies. Biotech Compounds supplies it as a lyophilized powder.",
          "sourceUrl": "https://biotechcompounds.com/products/ghrp-6",
          "pageTitle": "GHRP-6 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0188",
          "text": "How does GHRP-6 work according to published research? Published research reports that GHRP-6 activates the GHS-R1a receptor in the pituitary and hypothalamus, the same receptor used by the natural hormone ghrelin. In animal models and cell studies, researchers have observed that this activation triggers release of growth hormone from pituitary cells. GHRP-6 was in fact a key tool in the research that led to the discovery of the ghrelin receptor itself.",
          "sourceUrl": "https://biotechcompounds.com/products/ghrp-6",
          "pageTitle": "GHRP-6 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0189",
          "text": "What is the primary research area for GHRP-6? The primary research area for GHRP-6 is growth hormone secretion. In rodent studies and human clinical studies, researchers have reported that GHRP-6 stimulates a pulse of growth hormone release, and that the response is additive with growth hormone releasing hormone. GHRP-6 is used in laboratories as a reference ghrelin receptor agonist when studying the secretagogue pathway.",
          "sourceUrl": "https://biotechcompounds.com/products/ghrp-6",
          "pageTitle": "GHRP-6 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0190",
          "text": "What secondary research areas has GHRP-6 been studied in? A well-known secondary research area for GHRP-6 is appetite. In animal models, researchers have reported that GHRP-6 produces a marked increase in food intake consistent with ghrelin receptor activation. Research studies have also examined GHRP-6 in models of heart tissue protection and in gastric motility, where ghrelin receptor signaling has been observed to influence stomach emptying.",
          "sourceUrl": "https://biotechcompounds.com/products/ghrp-6",
          "pageTitle": "GHRP-6 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
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    },
    {
      "entityId": "p_glow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb500-10mg",
      "@type": "PhysicalProduct",
      "name": "Glow BPC-157 10mg+GHK-CU 50mg+TB500 10mg",
      "description": "Glow is a lyophilized formulation containing BPC-157 (10mg), GHK-Cu (50mg), and TB-500 (10mg) for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0191",
          "text": "Glow is a lyophilized formulation containing BPC-157 (10mg), GHK-Cu (50mg), and TB-500 (10mg) for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/glow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb500-10mg",
          "pageTitle": "Glow BPC-157 10mg+GHK-CU 50mg+TB500 10mg | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0192",
          "text": "What is the Glow BPC-157 10mg+GHK-CU 50mg+TB500 10mg blend? Glow BPC-157 10mg+GHK-CU 50mg+TB500 10mg is a single lyophilized research vial that combines three peptides: 10mg of BPC-157, a 15-amino acid gastric peptide, 50mg of GHK-Cu, a copper-bound tripeptide, and 10mg of TB-500, which is Thymosin Beta-4. The Glow blend is supplied as one combined powder so that researchers can study all three peptides together in a single preparation.",
          "sourceUrl": "https://biotechcompounds.com/products/glow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb500-10mg",
          "pageTitle": "Glow BPC-157 10mg+GHK-CU 50mg+TB500 10mg | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0193",
          "text": "What has research studied the Glow blend of BPC-157, GHK-Cu, and TB-500 for? Research on the Glow blend draws on the separate literature for each component. Research studies have examined BPC-157 in models of tendon, ligament, and gut tissue repair. In cell culture and animal models, GHK-Cu has been reported to influence collagen synthesis and skin remodeling. TB-500, meaning Thymosin Beta-4, has been studied in models of tissue repair and cell migration. The Glow blend is chosen when a study wants those three research areas covered at once.",
          "sourceUrl": "https://biotechcompounds.com/products/glow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb500-10mg",
          "pageTitle": "Glow BPC-157 10mg+GHK-CU 50mg+TB500 10mg | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0194",
          "text": "How does the Glow BPC-157, GHK-Cu, and TB-500 blend work in research? Each component of the Glow blend has a distinct mechanism described in research. Researchers have reported that BPC-157 interacts with nitric oxide signaling and growth factor pathways in animal models. Published research suggests that GHK-Cu binds copper and modulates gene expression tied to extracellular matrix turnover. In vitro studies have shown that TB-500, the Thymosin Beta-4 peptide, sequesters actin monomers and affects cytoskeletal dynamics. The blend puts all three activities in one vial.",
          "sourceUrl": "https://biotechcompounds.com/products/glow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb500-10mg",
          "pageTitle": "Glow BPC-157 10mg+GHK-CU 50mg+TB500 10mg | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0195",
          "text": "What is the role of GHK-Cu in the Glow blend? GHK-Cu is the largest component of the Glow BPC-157 10mg+GHK-CU 50mg+TB500 10mg blend at 50mg per vial. GHK-Cu is a naturally occurring tripeptide, glycine-histidine-lysine, complexed with a copper ion. In research studies, GHK-Cu has been observed to stimulate collagen and glycosaminoglycan production in fibroblast cultures and has been examined in models of skin aging and remodeling. Its copper content gives the Glow blend a blue tint after reconstitution.",
          "sourceUrl": "https://biotechcompounds.com/products/glow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb500-10mg",
          "pageTitle": "Glow BPC-157 10mg+GHK-CU 50mg+TB500 10mg | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
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    {
      "entityId": "p_glp-1s",
      "@type": "PhysicalProduct",
      "name": "GLP-1S",
      "description": "GLP-1S is a synthetic 31-amino acid peptide classified as a GLP-1 receptor agonist, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0196",
          "text": "GLP-1S is a synthetic 31-amino acid peptide classified as a GLP-1 receptor agonist, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-1s",
          "pageTitle": "GLP-1S | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0197",
          "text": "What is GLP-1S and what has research studied it for? GLP-1S is a synthetic 31-amino acid acylated peptide classified as a GLP-1 receptor agonist research peptide. It is an analog of human glucagon-like peptide-1 with modifications that extend its lifetime in the body of a research model. Research studies have examined GLP-1 receptor agonists like GLP-1S in models of glucose regulation, appetite signaling, and energy balance. GLP-1S is supplied as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-1s",
          "pageTitle": "GLP-1S | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0198",
          "text": "How does GLP-1S work as a GLP-1 receptor agonist in research? In research studies, GLP-1S has been shown to bind and activate the GLP-1 receptor, a G protein-coupled receptor found on pancreatic beta cells, in the gut, and in the brain. Researchers have reported that receptor activation raises cyclic AMP inside the cell, which in animal models has been linked to glucose-dependent insulin release, slower gastric emptying, and reduced food intake. Its fatty acid side chain binds albumin, which published research suggests slows clearance.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-1s",
          "pageTitle": "GLP-1S | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0199",
          "text": "What structural modifications make GLP-1S different from native GLP-1? GLP-1S carries two key changes compared with native GLP-1. An alpha-aminoisobutyric acid residue at position 8 replaces the alanine that the enzyme DPP-4 would normally cleave, and research studies have shown this substitution protects the peptide from rapid breakdown. A C18 fatty di-acid is attached at lysine 26 through a glutamic acid spacer, and researchers have reported that this chain binds serum albumin and extends the circulating half-life of GLP-1S in research models.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-1s",
          "pageTitle": "GLP-1S | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0200",
          "text": "What is the primary research area for GLP-1S? The primary research area for GLP-1S is metabolic regulation. In research studies, GLP-1 receptor agonists of this type have been examined for effects on blood glucose control, insulin secretion, and body weight in both animal models and clinical trials. Researchers have reported that GLP-1S reduces food intake and body weight in rodent models, which is why GLP-1S is one of the most requested GLP-1 class peptides for metabolic research.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-1s",
          "pageTitle": "GLP-1S | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
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      "@type": "PhysicalProduct",
      "name": "GLP-2T",
      "description": "GLP-2T is a synthetic 39-amino acid acylated peptide classified as a dual GLP-1 and GIP receptor agonist, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0201",
          "text": "GLP-2T is a synthetic 39-amino acid acylated peptide classified as a dual GLP-1 and GIP receptor agonist, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-2t",
          "pageTitle": "GLP-2T | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0202",
          "text": "What is GLP-2T and what has research studied it for? GLP-2T is a synthetic 39-amino acid acylated peptide classified as a dual GIP and GLP-1 receptor agonist. Its sequence is based on native GIP with changes that let it also activate the GLP-1 receptor. Research studies have examined GLP-2T in models of glucose control, appetite regulation, and body weight, and it is supplied by Biotech Compounds as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-2t",
          "pageTitle": "GLP-2T | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0203",
          "text": "How does GLP-2T work as a dual GIP and GLP-1 receptor agonist? In research studies, GLP-2T has been shown to bind both the GIP receptor and the GLP-1 receptor, two incretin receptors on pancreatic beta cells and other tissues. Researchers have reported that GLP-2T activates the GIP receptor with roughly native affinity while engaging the GLP-1 receptor with a weaker, biased signal. In animal models, this combined activity has been associated with glucose-dependent insulin secretion, reduced food intake, and changes in fat tissue metabolism.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-2t",
          "pageTitle": "GLP-2T | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0204",
          "text": "What structural modifications are built into the GLP-2T peptide? GLP-2T contains a C20 fatty di-acid attached at lysine 20 through a glutamic acid linker. Published research suggests that this chain binds serum albumin, which extends the circulating lifetime of GLP-2T in research models. GLP-2T also carries alpha-aminoisobutyric acid substitutions in place of residues that the enzyme DPP-4 would otherwise cleave, and research studies have shown that these substitutions protect the peptide from rapid enzymatic breakdown.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-2t",
          "pageTitle": "GLP-2T | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0205",
          "text": "What is the primary research area for GLP-2T? The primary research area for GLP-2T is metabolic regulation, especially glucose homeostasis and body weight. In rodent models, researchers have reported that GLP-2T lowers blood glucose and reduces body weight more than a GLP-1 receptor agonist alone. Clinical trials of this dual agonist class have reported glycemic and weight outcomes. GLP-2T is chosen by researchers who want to study what adding GIP receptor activity contributes to GLP-1 receptor signaling.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-2t",
          "pageTitle": "GLP-2T | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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      "@type": "PhysicalProduct",
      "name": "GLP-3R",
      "description": "GLP-3R is a synthetic 39-amino acid acylated peptide classified as a triple receptor agonist (GLP-1, GIP, and glucagon receptors), available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0206",
          "text": "GLP-3R is a synthetic 39-amino acid acylated peptide classified as a triple receptor agonist (GLP-1, GIP, and glucagon receptors), available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-3r",
          "pageTitle": "GLP-3R | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0207",
          "text": "What is GLP-3R and what has research studied it for? GLP-3R is a synthetic 39-amino acid acylated peptide classified as a triple agonist of the GLP-1, GIP, and glucagon receptors. It carries a fatty acid modification that binds albumin. Research studies have examined GLP-3R in models of body weight regulation, glucose control, and liver fat, and it is supplied by Biotech Compounds as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-3r",
          "pageTitle": "GLP-3R | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0208",
          "text": "How does GLP-3R work as a triple receptor agonist in research? In research studies, GLP-3R has been shown to activate three receptors at once: the GLP-1 receptor, the GIP receptor, and the glucagon receptor. Researchers have reported that GLP-1 and GIP receptor activation are linked to glucose-dependent insulin release and reduced food intake, while glucagon receptor activation has been associated with increased energy expenditure and liver fat mobilization in animal models. GLP-3R is designed so that these three signals act together.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-3r",
          "pageTitle": "GLP-3R | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0209",
          "text": "Why does GLP-3R include glucagon receptor activity? The glucagon receptor component sets GLP-3R apart from single and dual incretin agonists. Published research suggests that glucagon receptor signaling raises energy expenditure and promotes fat oxidation in the liver. On its own that signal would also raise blood glucose, but in research studies the paired GLP-1 and GIP receptor activity of GLP-3R has been reported to offset that effect. Researchers use GLP-3R to study whether this balanced triple signal produces larger metabolic changes.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-3r",
          "pageTitle": "GLP-3R | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0210",
          "text": "What is the primary research area for GLP-3R? The primary research area for GLP-3R is body weight regulation. In rodent models, researchers have reported that GLP-3R produces greater reductions in body weight and fat mass than single GLP-1 receptor agonists tested under similar conditions. Clinical trials of this triple agonist, including phase 2 studies, have reported body weight and glycemic outcomes. GLP-3R is the peptide researchers choose when the study question is the combined effect of all three receptors.",
          "sourceUrl": "https://biotechcompounds.com/products/glp-3r",
          "pageTitle": "GLP-3R | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
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          "targetName": "Biotech Compounds"
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    {
      "entityId": "p_glutathione",
      "@type": "PhysicalProduct",
      "name": "Glutathione",
      "description": "Glutathione is a tripeptide (?-L-glutamyl-L-cysteinyl-glycine) with characteristic gamma peptide linkage, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0211",
          "text": "Glutathione is a tripeptide (?-L-glutamyl-L-cysteinyl-glycine) with characteristic gamma peptide linkage, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/glutathione",
          "pageTitle": "Glutathione | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0212",
          "text": "What is Glutathione and what has research studied it for? Glutathione is a tripeptide made of L-glutamic acid, L-cysteine, and glycine, joined by an unusual gamma peptide bond between the glutamate side chain and the cysteine amino group. It is the most abundant small thiol inside living cells. Research studies have examined Glutathione as a central molecule in cellular redox chemistry, detoxification pathways, and oxidative stress models. Biotech Compounds supplies Glutathione in its reduced form as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/glutathione",
          "pageTitle": "Glutathione | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0213",
          "text": "How does Glutathione work in cellular redox research? The activity of Glutathione comes from the free thiol group on its cysteine residue. In research studies, this thiol has been shown to donate electrons to neutralize reactive oxygen species and to regenerate other antioxidants such as vitamin C. When Glutathione is oxidized, two molecules link through a disulfide bond to form GSSG. Researchers have reported that the ratio of reduced GSH to oxidized GSSG is a widely used indicator of the redox state of a cell.",
          "sourceUrl": "https://biotechcompounds.com/products/glutathione",
          "pageTitle": "Glutathione | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0214",
          "text": "What is the difference between reduced and oxidized Glutathione? Reduced Glutathione, abbreviated GSH, has a free thiol on its cysteine and is the active electron donor. Oxidized Glutathione, abbreviated GSSG, is a dimer of two GSH molecules joined by a disulfide bond after they have given up electrons. In research studies, the enzyme glutathione reductase has been shown to convert GSSG back to GSH using NADPH. Biotech Compounds supplies Glutathione in the reduced GSH form, which is the form most laboratory protocols call for.",
          "sourceUrl": "https://biotechcompounds.com/products/glutathione",
          "pageTitle": "Glutathione | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0215",
          "text": "What is the primary research area for Glutathione? The primary research area for Glutathione is oxidative stress. In cell culture and animal models, researchers have reported that Glutathione levels fall under oxidative challenge and that adding Glutathione or its precursors changes markers of oxidative damage. Published research suggests that Glutathione is also a substrate for glutathione peroxidase and glutathione S-transferase enzymes, which is why Glutathione appears in so many studies of cellular defense against free radicals.",
          "sourceUrl": "https://biotechcompounds.com/products/glutathione",
          "pageTitle": "Glutathione | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
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          "targetId": "e_org",
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      "@type": "PhysicalProduct",
      "name": "HCG",
      "description": "HCG (Human Chorionic Gonadotropin) is a heterodimeric glycoprotein hormone, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0216",
          "text": "HCG (Human Chorionic Gonadotropin) is a heterodimeric glycoprotein hormone, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/hcg",
          "pageTitle": "HCG | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0217",
          "text": "What is HCG and what has research studied it for? HCG, short for human chorionic gonadotropin, is a heterodimeric glycoprotein hormone made of two non-covalently bound subunits. Research studies have examined HCG as a ligand for the LH/CG receptor, in models of reproductive endocrinology, and as a marker molecule in pregnancy and tumor biology assays. Biotech Compounds supplies HCG as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/hcg",
          "pageTitle": "HCG | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0218",
          "text": "How does HCG work at the LH/CG receptor in research? In research studies, HCG has been shown to bind the luteinizing hormone and chorionic gonadotropin receptor, known as LHCGR, a G protein-coupled receptor on gonadal cells. Researchers have reported that receptor activation raises cyclic AMP inside the cell, which in animal models and cell culture has been linked to steroid hormone production by Leydig cells and corpus luteum cells. Published research suggests that HCG binds this receptor with higher affinity and longer duration than native LH.",
          "sourceUrl": "https://biotechcompounds.com/products/hcg",
          "pageTitle": "HCG | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0219",
          "text": "What is the structure of the HCG glycoprotein? HCG is a heterodimer. Its alpha subunit has 92 amino acids and is identical to the alpha subunit shared by LH, FSH, and TSH. Its beta subunit has 145 amino acids and gives HCG its receptor specificity. About 30 percent of the mass of HCG is carbohydrate. Research studies have shown that a section of the beta subunit called the seat belt wraps around the alpha subunit and holds the dimer together, and multiple glycosylation isoforms of HCG exist.",
          "sourceUrl": "https://biotechcompounds.com/products/hcg",
          "pageTitle": "HCG | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0220",
          "text": "What is the primary research area for HCG? The primary research area for HCG is reproductive endocrinology. In animal models, researchers have reported that HCG stimulates testosterone production in testicular tissue and supports the corpus luteum in ovarian tissue through the LH/CG receptor. In vitro studies have used HCG to examine steroidogenesis in Leydig cell and granulosa cell cultures. HCG is a standard reference ligand in research on gonadotropin receptor signaling.",
          "sourceUrl": "https://biotechcompounds.com/products/hcg",
          "pageTitle": "HCG | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
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    {
      "entityId": "p_hgh-191aa",
      "@type": "PhysicalProduct",
      "name": "HGH 191AA",
      "description": "HGH 191AA is a synthetic 191-amino acid protein identical in sequence to human pituitary growth hormone (somatropin), available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0221",
          "text": "HGH 191AA is a synthetic 191-amino acid protein identical in sequence to human pituitary growth hormone (somatropin), available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/hgh-191aa",
          "pageTitle": "HGH 191AA | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0222",
          "text": "What is HGH 191AA and what has research studied it for? HGH 191AA is a recombinant 191-amino acid protein whose sequence is identical to human pituitary growth hormone, also called somatropin. It is produced through recombinant DNA technology rather than extracted from tissue. Research studies have examined HGH 191AA in models of growth, protein metabolism, body composition, and IGF-1 signaling. Biotech Compounds supplies HGH 191AA as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/hgh-191aa",
          "pageTitle": "HGH 191AA | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0223",
          "text": "How does HGH 191AA work at the growth hormone receptor? In research studies, HGH 191AA has been shown to bind the growth hormone receptor, causing two receptor molecules to pair and activate the JAK2 and STAT5 signaling pathway. Researchers have reported that this signal drives production of insulin-like growth factor 1 in liver and other tissues, and that IGF-1 mediates many of the downstream effects seen in animal models. Published research also suggests that HGH 191AA acts directly on fat and muscle cells in cell culture.",
          "sourceUrl": "https://biotechcompounds.com/products/hgh-191aa",
          "pageTitle": "HGH 191AA | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0224",
          "text": "Why is the 191 amino acid sequence important for HGH 191AA? The 191 in HGH 191AA refers to its full-length, native amino acid sequence. Research studies have shown that a truncated 192-amino acid variant with an extra methionine can trigger antibody formation in animal models, so the 191-amino acid form is considered the correct match to endogenous growth hormone. HGH 191AA contains two disulfide bridges, at Cys53 to Cys165 and Cys182 to Cys189, that research has shown are required for proper folding.",
          "sourceUrl": "https://biotechcompounds.com/products/hgh-191aa",
          "pageTitle": "HGH 191AA | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0225",
          "text": "What is the primary research area for HGH 191AA? The primary research area for HGH 191AA is growth and body composition. In animal models, researchers have reported that HGH 191AA increases lean tissue mass, reduces fat mass, and raises circulating IGF-1. Clinical trials of recombinant growth hormone have reported effects on height in growth-deficient models and on body composition in adults with low growth hormone. HGH 191AA is the reference protein for any laboratory study of somatotropic signaling.",
          "sourceUrl": "https://biotechcompounds.com/products/hgh-191aa",
          "pageTitle": "HGH 191AA | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
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    {
      "entityId": "p_humanin",
      "@type": "PhysicalProduct",
      "name": "Humanin",
      "description": "Humanin is a 24-amino acid mitochondrial-derived peptide (MDP) encoded within the mitochondrial 16S rRNA region. It is studied for its cytoprotective and anti-apoptotic signaling activity, particularly its interaction with pro-apoptotic Bcl-2 family proteins.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0226",
          "text": "Humanin is a 24-amino acid mitochondrial-derived peptide (MDP) encoded within the mitochondrial 16S rRNA region. It is studied for its cytoprotective and anti-apoptotic signaling activity, particularly its interaction with pro-apoptotic Bcl-2 family proteins.",
          "sourceUrl": "https://biotechcompounds.com/products/humanin",
          "pageTitle": "Humanin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0227",
          "text": "What is Humanin and what has research studied it for? Humanin is a 24-amino acid mitochondrial-derived peptide, the first member of that family to be identified. It is encoded within the 16S rRNA region of the mitochondrial genome rather than in the nucleus. Research studies have examined Humanin as a cytoprotective signaling peptide in models of neuronal survival, oxidative stress, metabolic signaling, and cardiac cell protection. Biotech Compounds supplies Humanin as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/humanin",
          "pageTitle": "Humanin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0228",
          "text": "How does Humanin work as an anti-apoptotic peptide in research? The principal mechanism described for Humanin is suppression of mitochondrial-mediated apoptosis. In vitro studies have shown that Humanin binds pro-apoptotic Bcl-2 family proteins including Bax, Bid, and BimEL and prevents them from triggering the mitochondrial death pathway. Researchers have also reported that Humanin signals through cell-surface receptors, including formyl peptide receptor-like 1 and a trimeric gp130, CNTFR, and WSX-1 complex, which activates STAT3 and other pro-survival pathways in cell culture.",
          "sourceUrl": "https://biotechcompounds.com/products/humanin",
          "pageTitle": "Humanin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0229",
          "text": "What is a mitochondrial-derived peptide like Humanin? Mitochondrial-derived peptides are small bioactive peptides encoded by short open reading frames inside mitochondrial DNA. Humanin was the first one discovered, and MOTS-c and the SHLP peptides were identified later. Research studies have shown that these peptides act as signaling molecules that travel from mitochondria to the rest of the cell and to other tissues. Humanin is studied as a model for how mitochondria communicate stress and survival signals.",
          "sourceUrl": "https://biotechcompounds.com/products/humanin",
          "pageTitle": "Humanin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0230",
          "text": "What is the primary research area for Humanin? The primary research area for Humanin is cytoprotection, especially neuronal viability. Humanin was originally identified in a screen for factors that protect neurons in cell culture. In research studies, Humanin has been reported to reduce neuronal cell death under oxidative and toxic challenge in vitro, and in animal models researchers have examined its activity in brain tissue exposed to stress. This neuroprotection literature remains the largest body of Humanin research.",
          "sourceUrl": "https://biotechcompounds.com/products/humanin",
          "pageTitle": "Humanin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
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      "@type": "PhysicalProduct",
      "name": "IGF-1 LR3",
      "description": "IGF-1 LR3 is an 83-amino acid synthetic analog of human IGF-1 with N-terminal extension and Arg3 substitution, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0231",
          "text": "IGF-1 LR3 is an 83-amino acid synthetic analog of human IGF-1 with N-terminal extension and Arg3 substitution, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/igf-1-lr3",
          "pageTitle": "IGF-1 LR3 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0232",
          "text": "What is IGF-1 LR3 and how does it differ from native IGF-1? IGF-1 LR3, also written Long Arg3 IGF-1, is a synthetic 83-amino acid analog of human insulin-like growth factor 1. Native IGF-1 has 70 amino acids. IGF-1 LR3 adds a 13-amino acid extension at the N-terminus and swaps the glutamate at position 3 for an arginine. It keeps the three-domain fold and the three disulfide bridges of the parent protein and is produced recombinantly. Biotech Compounds supplies IGF-1 LR3 as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/igf-1-lr3",
          "pageTitle": "IGF-1 LR3 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0233",
          "text": "How does IGF-1 LR3 work according to published research? Published research describes IGF-1 LR3 as a ligand for the IGF-1 receptor, a receptor tyrosine kinase. Researchers have reported that the Arg3 substitution and the N-terminal extension sharply reduce binding to the IGF binding proteins, or IGFBPs, that normally sequester native IGF-1 in circulation. In research studies, that reduced binding-protein affinity has been associated with a longer functional half-life and greater receptor availability compared with the unmodified peptide.",
          "sourceUrl": "https://biotechcompounds.com/products/igf-1-lr3",
          "pageTitle": "IGF-1 LR3 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0234",
          "text": "What has research studied IGF-1 LR3 for most often? The primary research area for IGF-1 LR3 is cell growth and proliferation signaling. In cell culture, IGF-1 LR3 has been used widely as a media supplement because researchers have reported that it sustains proliferation and viability in mammalian cell lines, including in recombinant protein production systems. Studies have examined how the analog drives the PI3K-Akt and MAPK pathways downstream of the IGF-1 receptor.",
          "sourceUrl": "https://biotechcompounds.com/products/igf-1-lr3",
          "pageTitle": "IGF-1 LR3 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0235",
          "text": "What secondary research areas involve IGF-1 LR3? Beyond cell culture, IGF-1 LR3 has appeared in animal research on skeletal muscle. In rodent studies, researchers reported examining the analog in models of muscle hypertrophy, satellite cell activation, and protein synthesis signaling. Other research has explored IGF-1 LR3 in models of tissue repair and in comparative pharmacology work that measures how binding-protein escape changes the distribution of IGF-1 signaling across tissues.",
          "sourceUrl": "https://biotechcompounds.com/products/igf-1-lr3",
          "pageTitle": "IGF-1 LR3 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
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      "name": "Ipamorelin",
      "description": "Ipamorelin is a synthetic pentapeptide classified as a growth hormone secretagogue and ghrelin receptor agonist, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0236",
          "text": "Ipamorelin is a synthetic pentapeptide classified as a growth hormone secretagogue and ghrelin receptor agonist, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ipamorelin",
          "pageTitle": "Ipamorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0237",
          "text": "What is Ipamorelin and what class of peptide is it? Ipamorelin is a synthetic pentapeptide with the sequence Aib-His-D-2-Nal-D-Phe-Lys-NH2. It belongs to the growth hormone secretagogue class and is classified as an agonist of the ghrelin receptor, also called GHS-R. The sequence includes three non-natural residues, aminoisobutyric acid, D-2-naphthylalanine, and D-phenylalanine, and the C-terminus is amidated. Biotech Compounds supplies Ipamorelin as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ipamorelin",
          "pageTitle": "Ipamorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0238",
          "text": "Where can I buy Ipamorelin for research? Biotech Compounds sells Ipamorelin for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/ipamorelin",
          "pageTitle": "Ipamorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0239",
          "text": "How does Ipamorelin work according to research studies? Research studies describe Ipamorelin as a selective agonist at the growth hormone secretagogue receptor, the same receptor that binds the endogenous hormone ghrelin. In animal models, researchers have reported that Ipamorelin stimulates pulsatile growth hormone release from the pituitary. Published research also notes that the non-natural amino acids in Ipamorelin were chosen to improve receptor selectivity and resistance to enzymatic breakdown.",
          "sourceUrl": "https://biotechcompounds.com/products/ipamorelin",
          "pageTitle": "Ipamorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0240",
          "text": "What has research studied Ipamorelin for most often? The primary research area for Ipamorelin is growth hormone secretion. In rodent and swine studies, researchers reported that Ipamorelin produced growth hormone release without the meaningful rise in cortisol or ACTH that was observed with earlier secretagogues such as GHRP-6. That selectivity is the main reason Ipamorelin has been used as a reference compound in secretagogue pharmacology.",
          "sourceUrl": "https://biotechcompounds.com/products/ipamorelin",
          "pageTitle": "Ipamorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
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    },
    {
      "entityId": "p_ipamorelin-cjc-1295-no-dac-5mg-5mg",
      "@type": "PhysicalProduct",
      "name": "Ipamorelin/CJC-1295 (no DAC) 5MG/5MG",
      "description": "Ipamorelin/CJC-1295 (no DAC) Blend combines two synthetic peptides for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0241",
          "text": "Ipamorelin/CJC-1295 (no DAC) Blend combines two synthetic peptides for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ipamorelin-cjc-1295-no-dac-5mg-5mg",
          "pageTitle": "Ipamorelin/CJC-1295 (no DAC) 5MG/5MG | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0242",
          "text": "What is the Ipamorelin/CJC-1295 (no DAC) 5MG/5MG blend? Ipamorelin/CJC-1295 (no DAC) 5MG/5MG is a research blend of two synthetic peptides supplied together in one lyophilized vial. Ipamorelin is a pentapeptide ghrelin receptor agonist with the sequence Aib-His-D-2-Nal-D-Phe-Lys-NH2. CJC-1295 (no DAC) is a 29-amino acid analog of growth hormone releasing hormone with four substitutions, D-Ala2, Ala8, Leu15, and Leu27. Biotech Compounds supplies the blend for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ipamorelin-cjc-1295-no-dac-5mg-5mg",
          "pageTitle": "Ipamorelin/CJC-1295 (no DAC) 5MG/5MG | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0243",
          "text": "How does the Ipamorelin/CJC-1295 (no DAC) blend work in research? Research studies describe the two components of the Ipamorelin/CJC-1295 (no DAC) blend as acting on separate pituitary receptors. Ipamorelin is a growth hormone secretagogue receptor agonist, and CJC-1295 (no DAC) is a GHRH receptor agonist. In animal models, researchers have reported that combining a secretagogue with a GHRH analog produced a larger growth hormone pulse than either agent alone, which is the rationale for pairing them in one vial.",
          "sourceUrl": "https://biotechcompounds.com/products/ipamorelin-cjc-1295-no-dac-5mg-5mg",
          "pageTitle": "Ipamorelin/CJC-1295 (no DAC) 5MG/5MG | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0244",
          "text": "What has research studied the Ipamorelin/CJC-1295 blend for? The primary research area for the Ipamorelin/CJC-1295 (no DAC) blend is pituitary growth hormone secretion. Researchers have reported using paired secretagogue and GHRH analog protocols in rodent and pig studies to examine pulse amplitude, pulse timing, and downstream IGF-1 levels. The blend gives laboratories both classes at a fixed 5 mg to 5 mg ratio without weighing two separate powders.",
          "sourceUrl": "https://biotechcompounds.com/products/ipamorelin-cjc-1295-no-dac-5mg-5mg",
          "pageTitle": "Ipamorelin/CJC-1295 (no DAC) 5MG/5MG | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0245",
          "text": "What secondary research areas involve Ipamorelin/CJC-1295 (no DAC)? Beyond growth hormone endpoints, animal studies of the Ipamorelin/CJC-1295 (no DAC) combination have examined body composition, lean mass, and bone density. Published research on CJC-1295 (no DAC) alone, also called Mod GRF 1-29, reported that the four amino acid substitutions were introduced to resist cleavage by the enzyme DPP-4. In research studies, Ipamorelin has been observed to release growth hormone with minimal effect on cortisol.",
          "sourceUrl": "https://biotechcompounds.com/products/ipamorelin-cjc-1295-no-dac-5mg-5mg",
          "pageTitle": "Ipamorelin/CJC-1295 (no DAC) 5MG/5MG | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_kisspeptin-10",
      "@type": "PhysicalProduct",
      "name": "Kisspeptin-10",
      "description": "Kisspeptin-10 is a synthetic decapeptide corresponding to the C-terminal 10 amino acids of full-length kisspeptin, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0246",
          "text": "Kisspeptin-10 is a synthetic decapeptide corresponding to the C-terminal 10 amino acids of full-length kisspeptin, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/kisspeptin-10",
          "pageTitle": "Kisspeptin-10 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0247",
          "text": "What is Kisspeptin-10 and where does the peptide come from? Kisspeptin-10, also written KP-10, is a synthetic decapeptide with the sequence Tyr-Asn-Trp-Asn-Ser-Phe-Gly-Leu-Arg-Phe-NH2. It matches the final ten amino acids of kisspeptin-54, the full-length product of the KISS1 gene. The C-terminus is amidated. Kisspeptin-10 is the shortest fragment that research has identified as fully active at the kisspeptin receptor. Biotech Compounds supplies Kisspeptin-10 as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/kisspeptin-10",
          "pageTitle": "Kisspeptin-10 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0248",
          "text": "How does Kisspeptin-10 work according to published research? Published research describes Kisspeptin-10 as a high-affinity agonist of KISS1R, a G protein-coupled receptor also known as GPR54. Researchers have reported that the C-terminal Arg-Phe-NH2 motif is essential for receptor binding, which places the peptide in the RFamide family. In research studies, receptor activation by Kisspeptin-10 has been observed to trigger Gq signaling, calcium mobilization, and downstream release of gonadotropin releasing hormone from hypothalamic neurons.",
          "sourceUrl": "https://biotechcompounds.com/products/kisspeptin-10",
          "pageTitle": "Kisspeptin-10 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0249",
          "text": "What has research studied Kisspeptin-10 for most often? The primary research area for Kisspeptin-10 is reproductive neuroendocrinology. In animal models and in human clinical studies, researchers have reported that Kisspeptin-10 stimulates GnRH neurons and produces a rise in luteinizing hormone and follicle stimulating hormone. Kisspeptin-10 has become a standard tool peptide for probing the hypothalamic control of the reproductive axis in both sexes.",
          "sourceUrl": "https://biotechcompounds.com/products/kisspeptin-10",
          "pageTitle": "Kisspeptin-10 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0250",
          "text": "What secondary research areas involve Kisspeptin-10? Beyond the reproductive axis, Kisspeptin-10 has been examined in cancer biology, where the KISS1 gene was first identified as a metastasis suppressor. In vitro studies have reported that Kisspeptin-10 reduced migration of certain tumor cell lines. Rodent studies have also examined the peptide in models of puberty timing, energy balance, and mood-related brain circuits, reflecting the wide distribution of KISS1R in the brain.",
          "sourceUrl": "https://biotechcompounds.com/products/kisspeptin-10",
          "pageTitle": "Kisspeptin-10 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_klow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb-500-10mg-plus-kpv-10mg",
      "@type": "PhysicalProduct",
      "name": "KLOW (BPC-157 10mg + GHK-Cu 50mg + TB-500 10mg + KPV 10mg)",
      "description": "KLOW is a research-grade peptide blend containing BPC-157 10mg, GHK-Cu 50mg, TB-500 10mg, and KPV 10mg in a single lyophilized formulation for laboratory investigation.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0251",
          "text": "KLOW is a research-grade peptide blend containing BPC-157 10mg, GHK-Cu 50mg, TB-500 10mg, and KPV 10mg in a single lyophilized formulation for laboratory investigation.",
          "sourceUrl": "https://biotechcompounds.com/products/klow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb-500-10mg-plus-kpv-10mg",
          "pageTitle": "KLOW (BPC-157 10mg + GHK-Cu 50mg + TB-500 10mg + KPV 10mg) | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0252",
          "text": "What is KLOW and which peptides does the blend contain? KLOW (BPC-157 10mg + GHK-Cu 50mg + TB-500 10mg + KPV 10mg) is a four-peptide research blend supplied in a single lyophilized vial. It contains 10 mg of BPC-157, a 15-amino acid synthetic peptide, 50 mg of GHK-Cu, a tripeptide-copper complex, 10 mg of TB-500, which is Thymosin Beta-4, the full 43-amino acid peptide, and 10 mg of KPV, a tripeptide fragment. Biotech Compounds supplies the KLOW blend for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/klow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb-500-10mg-plus-kpv-10mg",
          "pageTitle": "KLOW (BPC-157 10mg + GHK-Cu 50mg + TB-500 10mg + KPV 10mg) | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0253",
          "text": "How do the peptides in KLOW work according to research? Research studies describe four separate mechanisms in the KLOW blend. Researchers have reported that BPC-157 acts on nitric oxide and growth factor signaling, that GHK-Cu delivers copper and modulates gene expression tied to remodeling, that TB-500, or Thymosin Beta-4, binds G-actin and influences cell migration, and that KPV, the C-terminal fragment of alpha-MSH, reduces NF-kB driven inflammatory signaling in cell models.",
          "sourceUrl": "https://biotechcompounds.com/products/klow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb-500-10mg-plus-kpv-10mg",
          "pageTitle": "KLOW (BPC-157 10mg + GHK-Cu 50mg + TB-500 10mg + KPV 10mg) | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0254",
          "text": "What has research studied the KLOW blend components for? The primary research area shared by the KLOW components is tissue repair and remodeling. In animal models, researchers have reported examining BPC-157 in tendon, ligament, and gut injury, GHK-Cu in wound and skin remodeling, and TB-500 as Thymosin Beta-4 in dermal and cardiac repair models. The KLOW blend places those three repair-focused peptides together with KPV in one vial for research use.",
          "sourceUrl": "https://biotechcompounds.com/products/klow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb-500-10mg-plus-kpv-10mg",
          "pageTitle": "KLOW (BPC-157 10mg + GHK-Cu 50mg + TB-500 10mg + KPV 10mg) | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0255",
          "text": "What secondary research area does KPV add to KLOW? KPV is the component that separates KLOW from the three-peptide Glow blend. In research studies, KPV has been examined in models of intestinal inflammation and skin inflammation, where researchers reported it reduced inflammatory cytokine signaling. In vitro studies have observed that KPV enters cells through the PepT1 transporter. Its inclusion gives the KLOW blend an anti-inflammatory research angle alongside the repair-focused peptides.",
          "sourceUrl": "https://biotechcompounds.com/products/klow-bpc-157-10mg-plus-ghk-cu-50mg-plus-tb-500-10mg-plus-kpv-10mg",
          "pageTitle": "KLOW (BPC-157 10mg + GHK-Cu 50mg + TB-500 10mg + KPV 10mg) | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_kpv",
      "@type": "PhysicalProduct",
      "name": "KPV",
      "description": "KPV is a synthetic tripeptide (Lys-Pro-Val) corresponding to the C-terminal fragment of a-MSH, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0256",
          "text": "KPV is a synthetic tripeptide (Lys-Pro-Val) corresponding to the C-terminal fragment of a-MSH, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/kpv",
          "pageTitle": "KPV | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0257",
          "text": "What is KPV and where does the peptide come from? KPV is a synthetic tripeptide with the sequence Lys-Pro-Val. It matches amino acids 11 through 13 at the C-terminal end of alpha-melanocyte-stimulating hormone, or alpha-MSH. KPV contains one basic residue, lysine, one cyclic imino residue, proline, and one branched hydrophobic residue, valine. It does not contain the His-Phe-Arg-Trp core that binds melanocortin receptors. Biotech Compounds supplies KPV as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/kpv",
          "pageTitle": "KPV | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0258",
          "text": "How does KPV work according to published research? Published research describes KPV as acting through a pathway that does not depend on classical melanocortin receptor binding, since the tripeptide lacks the melanocortin pharmacophore. In vitro studies have reported that KPV enters epithelial and immune cells through the peptide transporter PepT1 and then reduces activation of NF-kB, a transcription factor that drives inflammatory gene expression. Researchers have also observed reduced release of inflammatory cytokines in cell models exposed to KPV.",
          "sourceUrl": "https://biotechcompounds.com/products/kpv",
          "pageTitle": "KPV | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0259",
          "text": "What has research studied KPV for most often? The primary research area for KPV is inflammation. In rodent studies, researchers have reported examining KPV in models of intestinal inflammation, where the tripeptide was observed to lower inflammatory markers in colon tissue. Cell culture work has extended those findings to intestinal epithelial cells and macrophages. KPV is often chosen as a minimal anti-inflammatory fragment of alpha-MSH in these studies.",
          "sourceUrl": "https://biotechcompounds.com/products/kpv",
          "pageTitle": "KPV | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0260",
          "text": "What secondary research areas involve KPV? Beyond gut models, KPV has been studied in skin and antimicrobial research. In vitro studies have reported that KPV reduced growth of certain bacteria and fungi, an activity that researchers attributed to the C-terminal region of alpha-MSH. Animal studies have also examined KPV in models of skin inflammation and wound healing, and in eye inflammation models. That range is why KPV appears in the KLOW research blend alongside repair-focused peptides.",
          "sourceUrl": "https://biotechcompounds.com/products/kpv",
          "pageTitle": "KPV | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_lemon-bottle",
      "@type": "PhysicalProduct",
      "name": "Lemon Bottle",
      "description": "Lemon Bottle is an aqueous laboratory solution whose defined constituents are riboflavin (vitamin B2), lecithin (a phosphatidylcholine-containing phospholipid), and bromelain (a cysteine protease obtained from pineapple stem), together with plant-derived botanical extracts.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0261",
          "text": "Lemon Bottle is an aqueous laboratory solution whose defined constituents are riboflavin (vitamin B2), lecithin (a phosphatidylcholine-containing phospholipid), and bromelain (a cysteine protease obtained from pineapple stem), together with plant-derived botanical extracts. It is supplied as a multi-component reference material for in vitro study of phospholipid and surfactant chemistry, emulsion and liposome behavior, and protease enzymology, and as a system-suitability sample for HPLC, UV-Vis spectrophotometry, and colorimetric enzyme activity assays. For research and laboratory use only.",
          "sourceUrl": "https://biotechcompounds.com/products/lemon-bottle",
          "pageTitle": "Lemon Bottle | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0262",
          "text": "What is Lemon Bottle and what does the solution contain? Lemon Bottle is an aqueous laboratory solution supplied as a multi-component reference material. Its defined constituents are riboflavin, which is vitamin B2, lecithin, a phosphatidylcholine-containing phospholipid, and bromelain, a cysteine protease from pineapple stem. The solution also contains botanical extracts of Centella asiatica, Salvia miltiorrhiza root, Scutellaria baicalensis root, and chamomile. Biotech Compounds supplies Lemon Bottle as a liquid for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/lemon-bottle",
          "pageTitle": "Lemon Bottle | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0263",
          "text": "What is Lemon Bottle used for in laboratory research? Lemon Bottle is used as a benchtop reference and system-suitability sample. Laboratories use it to study phospholipid and surfactant chemistry, emulsion and liposome behavior, and protease enzymology in one matrix. It also serves as a practice sample for reversed-phase HPLC, UV-Vis spectrophotometry, and colorimetric enzyme activity assays, where the mix of a fluorescent vitamin, an amphiphilic lipid, an enzyme, and plant markers gives several signals to track.",
          "sourceUrl": "https://biotechcompounds.com/products/lemon-bottle",
          "pageTitle": "Lemon Bottle | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0264",
          "text": "What role does riboflavin play in Lemon Bottle? Riboflavin is the spectrophotometric marker in Lemon Bottle. Research literature describes riboflavin as the biosynthetic precursor of the flavin cofactors FMN and FAD, and it has well-characterized absorbance and fluorescence maxima. In cell-free studies, researchers use riboflavin to calibrate instruments and to examine flavoenzyme oxidation and reduction chemistry. Its presence in Lemon Bottle gives the solution a distinct yellow color and a reference peak for chromatography.",
          "sourceUrl": "https://biotechcompounds.com/products/lemon-bottle",
          "pageTitle": "Lemon Bottle | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0265",
          "text": "What role do lecithin and bromelain play in Lemon Bottle? Lecithin is the amphiphilic phospholipid component of Lemon Bottle. In vitro studies use lecithin to form liposomes and model membrane bilayers and to measure emulsification, micelle formation, and interfacial tension. Bromelain is the enzyme component. Researchers characterize bromelain with casein, azocasein, and chromogenic substrate hydrolysis assays to study protease kinetics, pH and temperature stability, and inhibitor screening. Together they make Lemon Bottle useful for both lipid and enzyme work.",
          "sourceUrl": "https://biotechcompounds.com/products/lemon-bottle",
          "pageTitle": "Lemon Bottle | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_lipo-c-with-b-vitamins",
      "@type": "PhysicalProduct",
      "name": "Lipo-C with B Vitamins",
      "description": "Lipo-C is a multi-component aqueous research formulation supplying eight amino acids, water-soluble vitamins, and enzymatic cofactors at defined concentrations in a single matrix.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0266",
          "text": "Lipo-C is a multi-component aqueous research formulation supplying eight amino acids, water-soluble vitamins, and enzymatic cofactors at defined concentrations in a single matrix. Prepared for laboratory use as a reference material in analytical method development, compound stability and solubility characterization, and cofactor-dependent in vitro enzyme assays. Research use only. Not for human or animal consumption.",
          "sourceUrl": "https://biotechcompounds.com/products/lipo-c-with-b-vitamins",
          "pageTitle": "Lipo-C with B Vitamins | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0267",
          "text": "What is Lipo-C with B Vitamins and what does it contain? Lipo-C with B Vitamins is an eight-component aqueous research formulation supplied as a liquid reference material. Per mL it contains L-Carnitine 100 mg, Arginine 20 mg, Methionine 25 mg, Inositol 50 mg as the myo isomer, Choline 50 mg, Vitamin B5 as Dexpanthenol 25 mg, Vitamin B6 as Pyridoxine 25 mg, and Vitamin B12 as Cyanocobalamin 1 mg. Biotech Compounds supplies Lipo-C with B Vitamins for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/lipo-c-with-b-vitamins",
          "pageTitle": "Lipo-C with B Vitamins | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0268",
          "text": "What is Lipo-C with B Vitamins used for in laboratory research? Lipo-C with B Vitamins is used as a single-matrix reference material. Laboratories use it in analytical method development, compound stability and solubility characterization, and cofactor-dependent in vitro enzyme assays. Because the eight components span zwitterionic amino acids, quaternary amines, cyclic polyols, corrinoids, and pyridine derivatives, Lipo-C with B Vitamins lets a researcher test multi-class compatibility, forced degradation, and pH-dependent solubility without preparing several separate solutions.",
          "sourceUrl": "https://biotechcompounds.com/products/lipo-c-with-b-vitamins",
          "pageTitle": "Lipo-C with B Vitamins | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0269",
          "text": "What is the role of L-Carnitine in Lipo-C with B Vitamins? L-Carnitine is the largest component of Lipo-C with B Vitamins at 100 mg per mL. Biochemical reference literature characterizes L-Carnitine as a zwitterionic quaternary ammonium compound and the acyl-group carrier of the carnitine palmitoyltransferase system. In the laboratory, researchers use L-Carnitine as a reference standard in acylcarnitine profiling and mass spectrometry method development, and its presence in Lipo-C with B Vitamins gives the matrix a well-characterized cationic analyte.",
          "sourceUrl": "https://biotechcompounds.com/products/lipo-c-with-b-vitamins",
          "pageTitle": "Lipo-C with B Vitamins | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0270",
          "text": "What do Methionine, Choline, and Inositol contribute to Lipo-C with B Vitamins? These three components make Lipo-C with B Vitamins useful for one-carbon and phospholipid chemistry. Methionine, at 25 mg per mL, is the precursor of S-adenosylmethionine, which biochemical literature describes as the principal methyl donor. Choline, at 50 mg per mL, is the headgroup of phosphatidylcholine and is referenced in Kennedy pathway biosynthesis work. myo-Inositol, at 50 mg per mL, is the headgroup of the phosphoinositide phospholipids and is used as a polyol chromatography standard.",
          "sourceUrl": "https://biotechcompounds.com/products/lipo-c-with-b-vitamins",
          "pageTitle": "Lipo-C with B Vitamins | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_lipomic",
      "@type": "PhysicalProduct",
      "name": "LipoMIC+",
      "description": "LipoMIC+ is a seven-component aqueous research formulation combining amino acids, a cyclic polyol, quaternary amines, B-vitamin cofactors, and the reduced dinucleotide coenzyme NADH at defined concentrations in a single matrix.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0271",
          "text": "LipoMIC+ is a seven-component aqueous research formulation combining amino acids, a cyclic polyol, quaternary amines, B-vitamin cofactors, and the reduced dinucleotide coenzyme NADH at defined concentrations in a single matrix. Supplied as a laboratory reference material for multi-class compatibility testing, forced degradation profiling, and redox and cofactor chemistry characterization. Research use only. Not for human or animal consumption.",
          "sourceUrl": "https://biotechcompounds.com/products/lipomic",
          "pageTitle": "LipoMIC+ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0272",
          "text": "What is LipoMIC+ and what does the formulation contain? LipoMIC+ is a seven-component aqueous research formulation supplied as a liquid reference material. Per mL it contains L-Carnitine 300 mg, L-Methionine 25 mg, myo-Inositol 50 mg, Choline Chloride 50 mg, Cyanocobalamin, vitamin B12, 1 mg, Pyridoxine HCl, vitamin B6, 50 mg, and NADH 50 mg. The combination covers amino acids, a cyclic polyol, quaternary amines, B-vitamin cofactors, and a dinucleotide coenzyme. Biotech Compounds supplies LipoMIC+ for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/lipomic",
          "pageTitle": "LipoMIC+ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0273",
          "text": "What is LipoMIC+ used for in laboratory research? LipoMIC+ is used as a single-matrix reference material for analytical work. Because its seven constituents span such a wide range of molecular classes, laboratories use LipoMIC+ for multi-class compatibility testing, forced degradation profiling, pH-dependent solubility characterization, and chromatographic method development. One vial of LipoMIC+ replaces several separate preparations that a method development project would otherwise require.",
          "sourceUrl": "https://biotechcompounds.com/products/lipomic",
          "pageTitle": "LipoMIC+ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0274",
          "text": "What makes NADH the distinguishing component of LipoMIC+? NADH, at 50 mg per mL, is the component that separates LipoMIC+ from simpler lipotropic blends. NADH is the reduced form of nicotinamide adenine dinucleotide. Its absorbance maximum at 340 nm underlies the large family of coupled enzyme assays that follow NADH oxidation spectrophotometrically. In the LipoMIC+ matrix, NADH also serves as a redox-active reference species and as a sensitive indicator of oxidative degradation over time.",
          "sourceUrl": "https://biotechcompounds.com/products/lipomic",
          "pageTitle": "LipoMIC+ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0275",
          "text": "What is the role of L-Carnitine in LipoMIC+? L-Carnitine is present in LipoMIC+ at 300 mg per mL, the highest concentration of any component in the blend. Chemically it is a zwitterionic betaine. Its acyl ester derivatives form the acylcarnitine series that analytical laboratories use to calibrate ion-pairing and hydrophilic interaction chromatography methods. The high L-Carnitine load gives LipoMIC+ a strong, well-characterized zwitterionic analyte for separation work.",
          "sourceUrl": "https://biotechcompounds.com/products/lipomic",
          "pageTitle": "LipoMIC+ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_melanotan-1",
      "@type": "PhysicalProduct",
      "name": "Melanotan 1",
      "description": "Melanotan 1 (Afamelanotide) is a synthetic 13-amino acid linear peptide analog of a-MSH, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0276",
          "text": "Melanotan 1 (Afamelanotide) is a synthetic 13-amino acid linear peptide analog of a-MSH, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/melanotan-1",
          "pageTitle": "Melanotan 1 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0277",
          "text": "What is Melanotan 1 and what has research studied it for? Melanotan 1, also known as afamelanotide, is a synthetic 13 amino acid linear analog of alpha melanocyte stimulating hormone. It carries a norleucine at position 4 and a D-phenylalanine at position 7, written as [Nle4, D-Phe7]-alpha-MSH. Research studies have examined Melanotan 1 primarily for melanogenesis, the process that produces the pigment melanin, and for photoprotection in skin models.",
          "sourceUrl": "https://biotechcompounds.com/products/melanotan-1",
          "pageTitle": "Melanotan 1 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0278",
          "text": "How has Melanotan 1 been reported to act in research? In research studies, Melanotan 1 has been observed to act as an agonist at the melanocortin 1 receptor, MC1R, which is expressed on melanocytes. Researchers have reported that receptor activation raises cyclic AMP inside the cell and increases tyrosinase activity, the enzyme that drives melanin synthesis. Published research suggests that the two amino acid substitutions in Melanotan 1 make it more potent and more resistant to enzymatic breakdown than native alpha MSH.",
          "sourceUrl": "https://biotechcompounds.com/products/melanotan-1",
          "pageTitle": "Melanotan 1 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0279",
          "text": "What has research examined about Melanotan 1 and pigmentation? Pigmentation is the main research area for Melanotan 1. In cell culture, researchers have reported that Melanotan 1 increases melanin production in cultured melanocytes. In animal models and early human studies, investigators observed darkening of skin after exposure to the compound, and published research describes an increase in eumelanin, the brown black form of melanin, rather than the red yellow pheomelanin.",
          "sourceUrl": "https://biotechcompounds.com/products/melanotan-1",
          "pageTitle": "Melanotan 1 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0280",
          "text": "What has research examined about Melanotan 1 and photoprotection? A second research area for Melanotan 1 is photoprotection. Research studies have shown that eumelanin absorbs ultraviolet light and scavenges free radicals, and investigators have examined whether raising eumelanin with Melanotan 1 reduces ultraviolet induced DNA damage in skin cells. In vitro studies have also reported that MC1R activation influences DNA repair pathways independently of pigment, which remains an active line of research.",
          "sourceUrl": "https://biotechcompounds.com/products/melanotan-1",
          "pageTitle": "Melanotan 1 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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    },
    {
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      "@type": "PhysicalProduct",
      "name": "Melanotan 2",
      "description": "Melanotan 2 is a synthetic cyclic heptapeptide analog of a-MSH, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0281",
          "text": "Melanotan 2 is a synthetic cyclic heptapeptide analog of a-MSH, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/melanotan-2",
          "pageTitle": "Melanotan 2 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0282",
          "text": "What is Melanotan 2 and what has research studied it for? Melanotan 2, also written MT-II, is a synthetic cyclic heptapeptide analog of alpha melanocyte stimulating hormone. Its sequence is Ac-Nle-cyclo[Asp-His-D-Phe-Arg-Trp-Lys]-NH2, with a lactam bridge joining the Asp and Lys side chains. Research studies have examined Melanotan 2 for melanogenesis, and because it activates several melanocortin receptors, researchers have also studied it in animal models of feeding behavior and sexual function.",
          "sourceUrl": "https://biotechcompounds.com/products/melanotan-2",
          "pageTitle": "Melanotan 2 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0283",
          "text": "How has Melanotan 2 been reported to act in research? In research studies, Melanotan 2 has been observed to act as a non selective agonist at melanocortin receptors MC1R, MC3R, MC4R, and MC5R. Researchers have reported that MC1R activation on melanocytes increases melanin production, while MC3R and MC4R activation in the brain of animal models influences appetite, energy balance, and sexual behavior. The cyclic structure of Melanotan 2 is reported to give it higher receptor affinity and greater stability than linear alpha MSH.",
          "sourceUrl": "https://biotechcompounds.com/products/melanotan-2",
          "pageTitle": "Melanotan 2 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0284",
          "text": "What has research examined about Melanotan 2 and pigmentation? Pigmentation is the primary research area for Melanotan 2. In cell culture, researchers have reported that Melanotan 2 stimulates melanocytes to produce melanin, and in early human studies investigators observed skin darkening in study participants. Published research has also described that this darkening occurred with less ultraviolet exposure than would normally be required, which is why Melanotan 2 became a tool compound for studying tanning independent of sunlight.",
          "sourceUrl": "https://biotechcompounds.com/products/melanotan-2",
          "pageTitle": "Melanotan 2 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0285",
          "text": "What has research examined about Melanotan 2 beyond pigmentation? Because Melanotan 2 activates MC3R and MC4R, researchers have studied it for effects that MC1R selective analogs do not produce. In rodent studies, Melanotan 2 has been observed to reduce food intake and to increase sexual behavior. These observations led to the development of PT-141, also known as bremelanotide, which is a metabolite of Melanotan 2. Melanotan 2 remains a common reference agonist in melanocortin receptor binding and signaling assays.",
          "sourceUrl": "https://biotechcompounds.com/products/melanotan-2",
          "pageTitle": "Melanotan 2 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
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    },
    {
      "entityId": "p_mgf",
      "@type": "PhysicalProduct",
      "name": "MGF",
      "description": "MGF (Mechano Growth Factor) is a synthetic peptide corresponding to the E domain splice variant of IGF-1, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0286",
          "text": "MGF (Mechano Growth Factor) is a synthetic peptide corresponding to the E domain splice variant of IGF-1, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/mgf",
          "pageTitle": "MGF | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0287",
          "text": "What is MGF and what has research studied it for? MGF, short for Mechano Growth Factor, is a synthetic peptide that reproduces the E domain of the IGF-1Ec splice variant. It is a 24 amino acid sequence produced when exons 4, 5, and 6 of the IGF-1 gene are spliced in an alternative pattern. Research studies have examined MGF primarily in skeletal muscle, where it is expressed after mechanical loading, and secondarily in cardiac and nerve tissue models.",
          "sourceUrl": "https://biotechcompounds.com/products/mgf",
          "pageTitle": "MGF | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0288",
          "text": "How has MGF been reported to act in research studies? In research studies, MGF has been observed to act differently from mature IGF-1. Researchers have reported that the E domain peptide activates muscle satellite cells and promotes their proliferation, while delaying their fusion into mature fibers. Published research suggests that this activity does not depend on the classic IGF-1 receptor, and in vitro studies have examined alternative signaling routes. The exact receptor for MGF has not been conclusively identified.",
          "sourceUrl": "https://biotechcompounds.com/products/mgf",
          "pageTitle": "MGF | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0289",
          "text": "What has research examined about MGF in muscle models? Skeletal muscle is the main research area for MGF. In rodent studies, researchers reported that MGF expression rises sharply after stretch or resistance loading and precedes the rise in systemic IGF-1. Animal models have been used to examine whether MGF increases muscle fiber size and speeds repair after damage, and cell culture work has looked at satellite cell activation. These studies form the basis of ongoing MGF research.",
          "sourceUrl": "https://biotechcompounds.com/products/mgf",
          "pageTitle": "MGF | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0290",
          "text": "What other tissues has MGF research examined? Beyond skeletal muscle, MGF has been studied in cardiac and nervous tissue. In animal models, researchers have reported that the MGF E domain peptide reduced loss of heart muscle cells after experimentally induced injury, and other studies examined MGF for neuroprotective activity in models of nerve damage. In vitro work has also looked at MGF in bone and cartilage cell cultures. These lines of research are earlier stage than the muscle work.",
          "sourceUrl": "https://biotechcompounds.com/products/mgf",
          "pageTitle": "MGF | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetName": "Biotech Compounds"
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    {
      "entityId": "p_mots-c",
      "@type": "PhysicalProduct",
      "name": "MOTS-c",
      "description": "MOTS-c is a 16-amino acid mitochondrial-derived peptide (MDP) encoded within the mitochondrial 12S rRNA gene, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0291",
          "text": "MOTS-c is a 16-amino acid mitochondrial-derived peptide (MDP) encoded within the mitochondrial 12S rRNA gene, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/mots-c",
          "pageTitle": "MOTS-c | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0292",
          "text": "What is MOTS-c and what has research studied it for? MOTS-c is a 16 amino acid peptide encoded within the mitochondrial 12S ribosomal RNA gene, which makes it a mitochondrial derived peptide rather than a product of nuclear DNA. Its name stands for Mitochondrial ORF of the Twelve S rRNA type-c. Research studies have examined MOTS-c mainly in metabolic regulation, exercise physiology, and aging models, alongside related mitochondrial derived peptides such as humanin.",
          "sourceUrl": "https://biotechcompounds.com/products/mots-c",
          "pageTitle": "MOTS-c | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0293",
          "text": "How has MOTS-c been reported to act in research? In research studies, MOTS-c has been observed to activate AMPK, an energy sensing enzyme, by interfering with the folate and one carbon metabolism cycle inside cells. Researchers have also reported that under metabolic stress MOTS-c moves from the cytoplasm into the nucleus, where it associates with stress responsive transcription factors and alters gene expression. This nuclear activity is the basis for describing MOTS-c as a mitochondrial signal to the nuclear genome.",
          "sourceUrl": "https://biotechcompounds.com/products/mots-c",
          "pageTitle": "MOTS-c | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0294",
          "text": "What has research examined about MOTS-c and metabolism? Metabolic regulation is the main research area for MOTS-c. In rodent studies, researchers reported that MOTS-c improved insulin sensitivity and glucose handling in animals fed a high fat diet and reduced fat accumulation. Cell culture experiments have examined its effect on glucose uptake in skeletal muscle cells. Published research has also described lower circulating MOTS-c levels in aged animals, which linked the peptide to age related metabolic decline in those models.",
          "sourceUrl": "https://biotechcompounds.com/products/mots-c",
          "pageTitle": "MOTS-c | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0295",
          "text": "What has research examined about MOTS-c and exercise? A second research area for MOTS-c is exercise physiology. Research studies have shown that MOTS-c levels in skeletal muscle and circulation rise after exercise in both rodent and human samples. In animal models, researchers reported that MOTS-c improved physical performance and treadmill running capacity, including in older animals. Investigators have described MOTS-c as an exercise mimetic candidate on the basis of these findings, though the work remains at the research stage.",
          "sourceUrl": "https://biotechcompounds.com/products/mots-c",
          "pageTitle": "MOTS-c | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
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    },
    {
      "entityId": "p_nad",
      "@type": "PhysicalProduct",
      "name": "NAD+",
      "description": "NAD+ (Nicotinamide Adenine Dinucleotide) is a dinucleotide coenzyme, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0296",
          "text": "NAD+ (Nicotinamide Adenine Dinucleotide) is a dinucleotide coenzyme, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/nad",
          "pageTitle": "NAD+ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0297",
          "text": "What is NAD+ and what has research studied it for? NAD+ is nicotinamide adenine dinucleotide in its oxidized form, a coenzyme found in every living cell. It is built from adenosine monophosphate and nicotinamide mononucleotide joined through a phosphoanhydride bond. Research studies have examined NAD+ as the central electron carrier of cellular metabolism, as a substrate for sirtuin and PARP enzymes, and as a molecule whose levels decline in aging models.",
          "sourceUrl": "https://biotechcompounds.com/products/nad",
          "pageTitle": "NAD+ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0298",
          "text": "How has NAD+ been reported to work in research? In research studies, NAD+ has been observed to shuttle electrons by cycling between its oxidized form, NAD+, and its reduced form, NADH. Researchers have reported that this cycle powers glycolysis, the citric acid cycle, and mitochondrial ATP production. Published research also describes NAD+ being consumed by sirtuins, PARP enzymes, and CD38, which link NAD+ availability to gene regulation, DNA repair, and cell signaling in cell culture and animal models.",
          "sourceUrl": "https://biotechcompounds.com/products/nad",
          "pageTitle": "NAD+ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0299",
          "text": "What has research examined about NAD+ and mitochondrial function? Mitochondrial function is a primary research area for NAD+. In cell culture and animal models, researchers have reported that restoring NAD+ levels improves mitochondrial respiration and supports the activity of sirtuin enzymes that regulate mitochondrial biogenesis. Rodent studies have examined whether raising NAD+ reverses age related declines in muscle and other tissues. Published research suggests that the ratio of NAD+ to NADH is a key readout of metabolic state in these models.",
          "sourceUrl": "https://biotechcompounds.com/products/nad",
          "pageTitle": "NAD+ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0300",
          "text": "What has research examined about NAD+ and aging? Aging is a second major research area for NAD+. Research studies have shown that NAD+ levels fall with age in tissue samples from multiple species, and researchers have proposed that this decline contributes to reduced DNA repair and sirtuin activity. In animal models, investigators reported that boosting NAD+ extended healthspan measures such as endurance and metabolic markers. Clinical trials have mostly used NAD+ precursors, and these studies are ongoing.",
          "sourceUrl": "https://biotechcompounds.com/products/nad",
          "pageTitle": "NAD+ | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
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    },
    {
      "entityId": "p_oxytocin",
      "@type": "PhysicalProduct",
      "name": "Oxytocin",
      "description": "Oxytocin is a cyclic nonapeptide with disulfide bridge between cysteine residues, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0301",
          "text": "Oxytocin is a cyclic nonapeptide with disulfide bridge between cysteine residues, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/oxytocin",
          "pageTitle": "Oxytocin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0302",
          "text": "What is Oxytocin and what has research studied it for? Oxytocin is a cyclic nonapeptide with the sequence Cys-Tyr-Ile-Gln-Asn-Cys-Pro-Leu-Gly-NH2. A disulfide bridge between the cysteine residues at positions 1 and 6 forms a six membered ring, and the C-terminus is amidated. It was the first peptide hormone to have its structure determined and chemically synthesized. Research studies have examined Oxytocin in reproductive physiology, social behavior in animal models, and receptor pharmacology.",
          "sourceUrl": "https://biotechcompounds.com/products/oxytocin",
          "pageTitle": "Oxytocin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0303",
          "text": "How has Oxytocin been reported to act in research? In research studies, Oxytocin has been observed to bind the oxytocin receptor, a G protein coupled receptor found in smooth muscle and in specific brain regions. Researchers have reported that receptor activation raises intracellular calcium, which drives contraction in smooth muscle preparations. Published research also shows that Oxytocin binds vasopressin receptors with lower affinity because the two peptides differ by only two amino acids.",
          "sourceUrl": "https://biotechcompounds.com/products/oxytocin",
          "pageTitle": "Oxytocin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0304",
          "text": "What has research examined about Oxytocin in reproductive physiology? Reproductive physiology is the classic research area for Oxytocin. In isolated tissue preparations, researchers have shown that Oxytocin stimulates contraction of uterine smooth muscle, and in animal models it has been observed to trigger milk ejection from mammary tissue. These effects are why Oxytocin became a standard reference agonist in smooth muscle contraction assays and receptor binding studies.",
          "sourceUrl": "https://biotechcompounds.com/products/oxytocin",
          "pageTitle": "Oxytocin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0305",
          "text": "What has research examined about Oxytocin and social behavior? A large body of animal research has examined Oxytocin and social behavior. In rodent studies, researchers reported that Oxytocin signaling influences pair bonding, maternal behavior, and social recognition. Published research in prairie voles in particular linked oxytocin receptor distribution to bonding patterns. Human studies have measured natural Oxytocin levels and examined intranasal Oxytocin in experimental settings, with mixed results that remain a subject of active debate among researchers.",
          "sourceUrl": "https://biotechcompounds.com/products/oxytocin",
          "pageTitle": "Oxytocin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
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      "description": "PE-22-28 (Gly-Val-Ser-Trp-Gly-Leu-Arg) is a synthetic heptapeptide corresponding to residues 22-28 of the spadin sequence, making it a shortened spadin analog and the smallest fragment of that sequence characterized as retaining TREK-1 channel activity in vitro. CAS No.: 1801959-12-5.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0306",
          "text": "PE-22-28 (Gly-Val-Ser-Trp-Gly-Leu-Arg) is a synthetic heptapeptide corresponding to residues 22-28 of the spadin sequence, making it a shortened spadin analog and the smallest fragment of that sequence characterized as retaining TREK-1 channel activity in vitro. CAS No.: 1801959-12-5. In electrophysiology and channel-binding assays it is described as a selective antagonist of the TREK-1 two-pore-domain potassium channel, with a reported in vitro IC50 on the order of 0.12 nM.",
          "sourceUrl": "https://biotechcompounds.com/products/pe-22-28",
          "pageTitle": "PE-22-28 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0307",
          "text": "What is PE-22-28 and what has research studied it for? PE-22-28 is a synthetic heptapeptide with the sequence Gly-Val-Ser-Trp-Gly-Leu-Arg. It corresponds to residues 22 through 28 of spadin, a peptide released from the propeptide region of sortilin, and it was identified as the shortest spadin fragment that retains activity in vitro. Research studies have examined PE-22-28 as a selective antagonist of the TREK-1 potassium channel and as a reference standard in analytical peptide work.",
          "sourceUrl": "https://biotechcompounds.com/products/pe-22-28",
          "pageTitle": "PE-22-28 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0308",
          "text": "How has PE-22-28 been reported to act in research? In patch clamp electrophysiology and channel binding assays, PE-22-28 has been characterized as a selective antagonist of TREK-1, a two pore domain potassium channel. Researchers have reported an in vitro IC50 on the order of 0.12 nM, which is considerably more potent than spadin measured under comparable conditions. Published research suggests that blocking TREK-1 with PE-22-28 alters neuronal excitability, since TREK-1 helps set the resting potassium leak current in neurons.",
          "sourceUrl": "https://biotechcompounds.com/products/pe-22-28",
          "pageTitle": "PE-22-28 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0309",
          "text": "What has research examined about PE-22-28 and TREK-1 channels? Ion channel pharmacology is the main research area for PE-22-28. TREK-1 is a mechanosensitive, lipid sensitive potassium channel that researchers study as a target for understanding neuronal excitability. In cell culture, PE-22-28 has been used as a tool compound to block TREK-1 and observe the downstream effects. Research studies have reported that spadin derived peptides such as PE-22-28 spare related channels at the concentrations that block TREK-1, which supports their selectivity.",
          "sourceUrl": "https://biotechcompounds.com/products/pe-22-28",
          "pageTitle": "PE-22-28 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0310",
          "text": "What has research examined about PE-22-28 and neuroplasticity? A second research area for PE-22-28 is neuroplasticity. In cultured neuronal preparations, researchers have used PE-22-28 to track expression of PSD-95, a postsynaptic density marker that indicates synapse formation. Published research on spadin and its shortened analogs reported increased PSD-95 expression and neurogenesis markers in rodent studies after TREK-1 blockade. PE-22-28 is also used in rodent behavioral models that study the consequences of TREK-1 inhibition.",
          "sourceUrl": "https://biotechcompounds.com/products/pe-22-28",
          "pageTitle": "PE-22-28 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
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      "name": "Peptide Vial Storage Case",
      "description": "60 Slots 3ml Insulin Vial Holder, Peptide Vial Storage Case for Fridge and Travel, Fits 1ml 3ml Standard Vials, Diabetic Supplies (Case Only)",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0311",
          "text": "60 Slots 3ml Insulin Vial Holder, Peptide Vial Storage Case for Fridge and Travel, Fits 1ml 3ml Standard Vials, Diabetic Supplies (Case Only)",
          "sourceUrl": "https://biotechcompounds.com/products/peptide-vial-storage-case",
          "pageTitle": "Peptide Vial Storage Case | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0312",
          "text": "What is the Peptide Vial Storage Case and what does it hold? The Peptide Vial Storage Case is a compact, padded organizer designed to hold research vials upright and protected. Its dense foam insert is cut with 60 individual slots sized for standard 1 mL to 3 mL vials, the same vial sizes used for most lyophilized peptides sold by Biotech Compounds. It is sold as a case only, with no vials or accessories included.",
          "sourceUrl": "https://biotechcompounds.com/products/peptide-vial-storage-case",
          "pageTitle": "Peptide Vial Storage Case | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0313",
          "text": "What vial sizes fit the Peptide Vial Storage Case? The foam grid of the Peptide Vial Storage Case is cut for standard 1 mL to 3 mL glass vials, including the 3 mL vials that most research peptides ship in. Larger vials such as 10 mL bottles do not fit the individual foam slots, but the foam insert can be removed to turn the Peptide Vial Storage Case into an open padded compartment that accepts larger containers.",
          "sourceUrl": "https://biotechcompounds.com/products/peptide-vial-storage-case",
          "pageTitle": "Peptide Vial Storage Case | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0314",
          "text": "What is the Peptide Vial Storage Case made of? The outer shell of the Peptide Vial Storage Case is made of tough Oxford fabric over EVA padding, which gives it a semi rigid, shock resistant form that holds its shape. Inside, a dense foam insert cradles each vial. The materials resist moisture and everyday bumps, and the shell wipes clean. There is also a mesh pocket sewn into the lid for small items.",
          "sourceUrl": "https://biotechcompounds.com/products/peptide-vial-storage-case",
          "pageTitle": "Peptide Vial Storage Case | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0315",
          "text": "Can the Peptide Vial Storage Case be kept in a refrigerator? Yes. The Peptide Vial Storage Case is sized to fit in a refrigerator drawer or shelf, and keeping vials in the case while refrigerated keeps them upright, labeled, and protected from knocks. Reconstituted peptides are normally stored at 2 to 8 C, so many researchers keep the Peptide Vial Storage Case in the laboratory refrigerator and pull individual vials as needed.",
          "sourceUrl": "https://biotechcompounds.com/products/peptide-vial-storage-case",
          "pageTitle": "Peptide Vial Storage Case | Biotech Compounds",
          "publisher": "Biotech Compounds",
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          "contentType": "evidence"
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      "name": "Pinealon",
      "description": "Pinealon is a synthetic tripeptide with the sequence Glu-Asp-Arg (EDR), available as a lyophilized powder for laboratory research.",
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      "hasChunks": [
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          "chunkId": "c_0316",
          "text": "Pinealon is a synthetic tripeptide with the sequence Glu-Asp-Arg (EDR), available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/pinealon",
          "pageTitle": "Pinealon | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
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        {
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          "text": "What is Pinealon and what has research studied it for? Pinealon is a synthetic tripeptide made of glutamic acid, aspartic acid, and arginine, written Glu-Asp-Arg or EDR. It belongs to the family of short regulatory peptides known as Khavinson peptides, which were developed as tissue-specific bioregulators. Research studies have examined Pinealon mainly in models of brain aging, oxidative stress, and neuronal cell survival. It is supplied as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/pinealon",
          "pageTitle": "Pinealon | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0318",
          "text": "Where can I buy Pinealon for research? Biotech Compounds sells Pinealon for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/pinealon",
          "pageTitle": "Pinealon | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0319",
          "text": "How is Pinealon reported to work in research studies? Researchers have proposed that Pinealon, like other short Khavinson peptides, is small enough to enter cells and interact directly with DNA and chromatin. In vitro studies have reported that Pinealon can change the expression of genes linked to cell survival and neuronal differentiation. Published research also suggests the peptide reduces reactive oxygen species in stressed cells, which is the mechanism most often cited in Pinealon studies.",
          "sourceUrl": "https://biotechcompounds.com/products/pinealon",
          "pageTitle": "Pinealon | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
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          "chunkId": "c_0320",
          "text": "What has research examined about Pinealon and brain cells? The primary research area for Pinealon is neuroprotection. In cell culture studies, researchers reported that Pinealon reduced markers of oxidative damage and cell death in neurons exposed to stress. In rodent models of prenatal hypoxia, studies have observed better performance on learning and memory tasks in animals given Pinealon compared with untreated animals. These findings are the reason Pinealon appears in neuroscience and aging research.",
          "sourceUrl": "https://biotechcompounds.com/products/pinealon",
          "pageTitle": "Pinealon | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
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        {
          "chunkId": "c_0321",
          "text": "3ml Vial Storage with Inserts and a 32oz Hydrapeak Food Jar and silica gel desiccant packs",
          "sourceUrl": "https://biotechcompounds.com/products/portable-vial-storage-and-cooling-kit-32oz-hydrapeak-edition",
          "pageTitle": "Portable Vial Storage & Cooling Kit – 32oz Hydrapeak Edition | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0322",
          "text": "What comes in the Portable Vial Storage & Cooling Kit - 32oz Hydrapeak Edition? The Portable Vial Storage & Cooling Kit - 32oz Hydrapeak Edition includes one Hydrapeak 32 ounce insulated stainless steel bottle, three custom vial organizer trays that stack inside the bottle, and five silica gel desiccant packs. Bottle and tray colors vary with availability. Everything arrives ready to assemble, so a researcher can load vials, stack the trays, drop in the desiccant packs, and seal the lid in a few minutes.",
          "sourceUrl": "https://biotechcompounds.com/products/portable-vial-storage-and-cooling-kit-32oz-hydrapeak-edition",
          "pageTitle": "Portable Vial Storage & Cooling Kit – 32oz Hydrapeak Edition | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0323",
          "text": "How many vials does the Portable Vial Storage & Cooling Kit hold? The Portable Vial Storage & Cooling Kit holds up to 48 vials across its three stackable organizer trays. The trays are cut to fit standard 3 mL research vials, the size most peptides from Biotech Compounds ship in, and the layout supports a few other vial sizes as shown in the tray design. Each vial sits in its own pocket, which limits rattling and keeps labels readable while the kit is carried.",
          "sourceUrl": "https://biotechcompounds.com/products/portable-vial-storage-and-cooling-kit-32oz-hydrapeak-edition",
          "pageTitle": "Portable Vial Storage & Cooling Kit – 32oz Hydrapeak Edition | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0324",
          "text": "How does the Portable Vial Storage & Cooling Kit keep vials cold? The Hydrapeak bottle in the Portable Vial Storage & Cooling Kit is built with double-wall vacuum insulation and a stainless steel body, so outside heat transfers slowly into the interior. Pre-chilling the empty bottle in a refrigerator before loading extends the cold hold. For reconstituted peptides that need 2 to 8 C, the insulated bottle bridges the gap during transport but is not a replacement for a laboratory refrigerator or freezer.",
          "sourceUrl": "https://biotechcompounds.com/products/portable-vial-storage-and-cooling-kit-32oz-hydrapeak-edition",
          "pageTitle": "Portable Vial Storage & Cooling Kit – 32oz Hydrapeak Edition | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0325",
          "text": "What are the desiccant packs in the Portable Vial Storage & Cooling Kit for? The five silica gel desiccant packs absorb moisture inside the sealed Portable Vial Storage & Cooling Kit. Condensation forms when a cold container is opened in warm air, and moisture is one of the main threats to lyophilized peptide powder. Placing one or two packs between the trays keeps the interior dry. The packs are reusable and can be dried in a low oven and returned to service once they feel saturated.",
          "sourceUrl": "https://biotechcompounds.com/products/portable-vial-storage-and-cooling-kit-32oz-hydrapeak-edition",
          "pageTitle": "Portable Vial Storage & Cooling Kit – 32oz Hydrapeak Edition | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
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      "description": "Prostamax (KEDP) is a synthetic short-chain tetrapeptide (Lys-Glu-Asp-Pro) belonging to the Khavinson class of tissue-specific peptide bioregulators, studied in connection with prostate and genitourinary tissue.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0326",
          "text": "Prostamax (KEDP) is a synthetic short-chain tetrapeptide (Lys-Glu-Asp-Pro) belonging to the Khavinson class of tissue-specific peptide bioregulators, studied in connection with prostate and genitourinary tissue.",
          "sourceUrl": "https://biotechcompounds.com/products/prostamax",
          "pageTitle": "Prostamax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0327",
          "text": "What is Prostamax and what has research studied it for? Prostamax is a synthetic tetrapeptide with the sequence Lys-Glu-Asp-Pro, abbreviated KEDP. It is a member of the Khavinson family of short tissue-specific peptide bioregulators and is produced by solid-phase peptide synthesis. Research studies have examined Prostamax mainly in prostate cell cultures and in lymphocyte systems as a tool for studying chromatin organization and gene expression. Biotech Compounds supplies Prostamax as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/prostamax",
          "pageTitle": "Prostamax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0328",
          "text": "How is Prostamax reported to work in research studies? Unlike peptides that act through a cell surface receptor, Prostamax is thought to act on the DNA-protein complex directly. Researchers have reported that Prostamax can decondense tightly packed chromatin, activate ribosomal genes, and release genes that had become silenced by age-related chromatin condensation. In one lymphocyte model, investigators observed decondensation in the pericentromeric region of chromosome 1. This structural mechanism is why Prostamax is used in epigenetic research.",
          "sourceUrl": "https://biotechcompounds.com/products/prostamax",
          "pageTitle": "Prostamax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
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          "text": "What has research examined about Prostamax and prostate tissue? The primary research area for Prostamax is prostate and genitourinary tissue, which is the tissue the peptide was originally designed around. In cell culture studies, researchers have reported that Prostamax influenced proliferation and gene expression patterns in prostate cells, and animal studies in the bioregulator literature have described changes in prostate tissue structure and inflammatory markers. These studies treat Prostamax as a tissue-specific regulator rather than a drug candidate.",
          "sourceUrl": "https://biotechcompounds.com/products/prostamax",
          "pageTitle": "Prostamax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
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          "text": "What has research reported about Prostamax and chromatin in lymphocytes? A second research area for Prostamax is chromatin dynamics in human lymphocyte cultures. In these in vitro studies, researchers reported that Prostamax caused visible decondensation of heterochromatin and reactivation of ribosomal RNA genes, particularly in cells from older donors where chromatin is more condensed. This work is used to investigate how short peptides may interact with DNA and whether age-related chromatin changes are reversible in a laboratory setting.",
          "sourceUrl": "https://biotechcompounds.com/products/prostamax",
          "pageTitle": "Prostamax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
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      "name": "PT-141",
      "description": "PT-141 (Bremelanotide) is a synthetic cyclic heptapeptide classified as a melanocortin receptor agonist, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
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          "chunkId": "c_0331",
          "text": "PT-141 (Bremelanotide) is a synthetic cyclic heptapeptide classified as a melanocortin receptor agonist, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/pt-141",
          "pageTitle": "PT-141 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0332",
          "text": "What is PT-141 and what has research studied it for? PT-141, also known as bremelanotide, is a synthetic cyclic heptapeptide that acts as a melanocortin receptor agonist. It is a metabolite of Melanotan 2 formed by cleavage at the C-terminus. Research studies have examined PT-141 primarily in models of sexual response and arousal, and secondarily in studies of appetite and energy balance through the melanocortin system. Biotech Compounds supplies PT-141 as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/pt-141",
          "pageTitle": "PT-141 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0333",
          "text": "How does PT-141 work according to research? PT-141 binds melanocortin receptors, with reported affinity for MC1R, MC3R, MC4R, and MC5R. Researchers have reported that the effects of PT-141 on sexual response are driven mainly by MC4R activation in the central nervous system, particularly in hypothalamic pathways, rather than by action on blood vessels. In research studies this central mechanism distinguishes PT-141 from compounds that act on peripheral blood flow.",
          "sourceUrl": "https://biotechcompounds.com/products/pt-141",
          "pageTitle": "PT-141 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0334",
          "text": "What has research reported about PT-141 and sexual response? The primary research area for PT-141 is sexual function. In rodent models, researchers observed increased solicitation and mounting behaviors after PT-141 administration. Clinical trials in humans have also evaluated PT-141 and reported changes in measures of desire and arousal compared with placebo. These trials are the reason PT-141 is the most clinically studied compound in the melanocortin class.",
          "sourceUrl": "https://biotechcompounds.com/products/pt-141",
          "pageTitle": "PT-141 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0335",
          "text": "What is the difference between PT-141 and Melanotan 2? PT-141 and Melanotan 2 are closely related melanocortin agonists sold by Biotech Compounds. Melanotan 2 is the parent cyclic peptide, and PT-141 is its metabolite with the C-terminal amide removed. Research studies have reported that Melanotan 2 produces strong pigmentation effects through MC1R, while PT-141 has been studied mainly for its central MC4R effects on sexual response with less pigmentation activity. Researchers pick one depending on which receptor pathway they are studying.",
          "sourceUrl": "https://biotechcompounds.com/products/pt-141",
          "pageTitle": "PT-141 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
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      "description": "Relaxation PM (RP226) is a four-component liquid research formulation containing GABA (100 mg/mL), L-arginine (100 mg/mL), L-glutamine (25 mg/mL), and melatonin (1 mg/mL) at a combined 226 mg/mL in a 10 mL vial.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0336",
          "text": "Relaxation PM (RP226) is a four-component liquid research formulation containing GABA (100 mg/mL), L-arginine (100 mg/mL), L-glutamine (25 mg/mL), and melatonin (1 mg/mL) at a combined 226 mg/mL in a 10 mL vial. Supplied for laboratory research on inhibitory neurotransmission, nitric oxide chemistry, and circadian signaling. Research use only. Not for human or animal consumption.",
          "sourceUrl": "https://biotechcompounds.com/products/relaxation-pm",
          "pageTitle": "Relaxation PM | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0337",
          "text": "What is Relaxation PM and what does it contain? Relaxation PM, catalog RP226, is a four-component liquid research formulation. Per mL it contains GABA 100 mg, L-arginine 100 mg, L-glutamine 25 mg, and melatonin 1 mg, for a combined concentration of 226 mg per mL in a 10 mL vial. The 226 in the catalog number is that total concentration. Biotech Compounds supplies Relaxation PM for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/relaxation-pm",
          "pageTitle": "Relaxation PM | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0338",
          "text": "What is Relaxation PM used for in laboratory research? Relaxation PM is used as a single-matrix research material covering inhibitory neurotransmission, nitric oxide chemistry, and circadian signaling. Laboratories use it in receptor and pathway studies, in NOS activity work, and in analytical method development, such as separating a mixed amino acid and indoleamine sample by chromatography or testing the stability of a multi-component solution.",
          "sourceUrl": "https://biotechcompounds.com/products/relaxation-pm",
          "pageTitle": "Relaxation PM | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0339",
          "text": "What role does GABA play in Relaxation PM? GABA, gamma-aminobutyric acid, is one of the two largest components of Relaxation PM at 100 mg per mL. Neuroscience literature describes GABA as the main inhibitory neurotransmitter of the central nervous system. It acts on GABA-A receptors, which are chloride channels, and on GABA-B receptors, which are G protein-coupled. Researchers use GABA as a reference compound in receptor binding, electrophysiology, and neurotransmitter assays.",
          "sourceUrl": "https://biotechcompounds.com/products/relaxation-pm",
          "pageTitle": "Relaxation PM | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0340",
          "text": "Why does Relaxation PM contain L-arginine? L-arginine, at 100 mg per mL, is the substrate that nitric oxide synthase converts into nitric oxide and citrulline. Biochemical literature links nitric oxide to vascular signaling through soluble guanylate cyclase and cGMP. In Relaxation PM, arginine gives researchers a nitric oxide pathway component alongside the inhibitory and circadian components, and it is a standard reference substrate in NOS and arginase studies.",
          "sourceUrl": "https://biotechcompounds.com/products/relaxation-pm",
          "pageTitle": "Relaxation PM | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_research-starter-kit-complete-preparation-set",
      "@type": "PhysicalProduct",
      "name": "Research Starter Kit – Complete Preparation Set",
      "description": "Everything you need for precise and hygienic peptide research in one convenient package.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0341",
          "text": "Everything you need for precise and hygienic peptide research in one convenient package.",
          "sourceUrl": "https://biotechcompounds.com/products/research-starter-kit-complete-preparation-set",
          "pageTitle": "Research Starter Kit – Complete Preparation Set | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0342",
          "text": "What is included in the Research Starter Kit - Complete Preparation Set? The Research Starter Kit - Complete Preparation Set includes one 3 mL vial of Bacteriostatic Water, ten U-100 insulin syringes with attached needles, and ten antiseptic alcohol wipes. It gathers the basic supplies needed to reconstitute a lyophilized peptide vial and draw measured volumes in a clean way. The kit contains no peptides. It is meant to sit beside the research compounds a laboratory has already chosen.",
          "sourceUrl": "https://biotechcompounds.com/products/research-starter-kit-complete-preparation-set",
          "pageTitle": "Research Starter Kit – Complete Preparation Set | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0343",
          "text": "What size syringes come in the Research Starter Kit? The Research Starter Kit includes ten U-100 insulin syringes. Each is a 1 cc syringe with a fixed 30 gauge needle that is 5/16 inch, or 8 mm, long. The U-100 scale is marked in units, with 100 units equal to 1 mL, which lets a researcher draw small volumes with good precision. The fine 30 gauge needle passes through vial stoppers with little coring.",
          "sourceUrl": "https://biotechcompounds.com/products/research-starter-kit-complete-preparation-set",
          "pageTitle": "Research Starter Kit – Complete Preparation Set | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0344",
          "text": "How much Bacteriostatic Water is in the Research Starter Kit? The Research Starter Kit includes a single 3 mL vial of Bacteriostatic Water. Researchers commonly add 1 to 2 mL of water to a lyophilized peptide vial depending on the concentration they want, so one 3 mL vial typically covers one to three reconstitutions. Laboratories that reconstitute many vials at once usually add a larger 30 mL Bacteriostatic Water vial from Biotech Compounds to their order.",
          "sourceUrl": "https://biotechcompounds.com/products/research-starter-kit-complete-preparation-set",
          "pageTitle": "Research Starter Kit – Complete Preparation Set | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0345",
          "text": "How is the Research Starter Kit used to reconstitute a lyophilized peptide? Start by cleaning the stoppers of both the peptide vial and the Bacteriostatic Water vial with an alcohol wipe from the Research Starter Kit. Draw the chosen volume of water with a syringe, then push it slowly down the inside wall of the peptide vial so it does not strike the powder. Swirl gently until clear. Never shake the vial. Cap or store the reconstituted vial cold right away.",
          "sourceUrl": "https://biotechcompounds.com/products/research-starter-kit-complete-preparation-set",
          "pageTitle": "Research Starter Kit – Complete Preparation Set | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_selank",
      "@type": "PhysicalProduct",
      "name": "Selank",
      "description": "Selank is a synthetic heptapeptide consisting of tuftsin sequence with C-terminal Pro-Gly-Pro extension, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0346",
          "text": "Selank is a synthetic heptapeptide consisting of tuftsin sequence with C-terminal Pro-Gly-Pro extension, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/selank",
          "pageTitle": "Selank | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0347",
          "text": "What is Selank and what has research studied it for? Selank is a synthetic heptapeptide with the sequence Thr-Lys-Pro-Arg-Pro-Gly-Pro. It is built from tuftsin, a natural four amino acid fragment of the IgG antibody, with a Pro-Gly-Pro extension added to slow degradation. Research studies have examined Selank mainly in rodent models of anxiety-like behavior and secondarily in immune and cytokine studies. Biotech Compounds supplies Selank as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/selank",
          "pageTitle": "Selank | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0348",
          "text": "How is Selank reported to work in research studies? Researchers have proposed several overlapping mechanisms for Selank. In rodent studies, Selank has been reported to modulate GABA receptor signaling and to change the expression of genes involved in GABAergic transmission. Published research also suggests that Selank inhibits enzymes that break down enkephalins, raising levels of these natural peptides, and that it increases brain-derived neurotrophic factor in brain tissue. These effects are the basis of its anxiolytic research profile.",
          "sourceUrl": "https://biotechcompounds.com/products/selank",
          "pageTitle": "Selank | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0349",
          "text": "What has research reported about Selank in anxiety models? The primary research area for Selank is anxiety-like behavior. In rodent studies using tests such as the elevated plus maze and open field, researchers reported that animals given Selank spent more time in exposed areas and showed fewer stress-related behaviors than controls. Clinical studies conducted in Russia have also examined Selank in human subjects and reported changes on anxiety rating scales, which led to its registration there.",
          "sourceUrl": "https://biotechcompounds.com/products/selank",
          "pageTitle": "Selank | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0350",
          "text": "Has research examined Selank and immune function? Yes. Because Selank is derived from tuftsin, an immune-active peptide, a second research area looks at immune signaling. In vitro and animal studies have reported that Selank changes the expression of cytokine genes such as interleukin-6 and shifts the balance of T helper cell signaling. Researchers have also examined Selank in models of viral challenge, where it was observed to influence interferon-related gene expression.",
          "sourceUrl": "https://biotechcompounds.com/products/selank",
          "pageTitle": "Selank | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_semax",
      "@type": "PhysicalProduct",
      "name": "Semax",
      "description": "Semax is a synthetic heptapeptide derived from ACTH(4-10) fragment with C-terminal Pro-Gly-Pro extension, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0351",
          "text": "Semax is a synthetic heptapeptide derived from ACTH(4-10) fragment with C-terminal Pro-Gly-Pro extension, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/semax",
          "pageTitle": "Semax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0352",
          "text": "What is Semax and what has research studied it for? Semax is a synthetic heptapeptide with the sequence Met-Glu-His-Phe-Pro-Gly-Pro. It is derived from the 4 to 10 fragment of adrenocorticotropic hormone, ACTH, with a Pro-Gly-Pro tail added to slow its breakdown. Research studies have examined Semax mainly in models of memory, attention, and neuroprotection after reduced blood flow to the brain. Biotech Compounds supplies Semax as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/semax",
          "pageTitle": "Semax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0353",
          "text": "How does Semax work according to research? Researchers have reported that Semax keeps the neuroactive part of the ACTH fragment while losing the hormonal activity that would stimulate the adrenal glands. In rodent studies, Semax has been observed to raise levels of brain-derived neurotrophic factor and nerve growth factor and to increase expression of their receptors in brain tissue. Published research also suggests Semax modulates dopamine and serotonin signaling, which is cited to explain its effects on attention in animal models.",
          "sourceUrl": "https://biotechcompounds.com/products/semax",
          "pageTitle": "Semax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0354",
          "text": "What has research reported about Semax and memory or attention? The primary research area for Semax is cognition. In rodent learning tasks, researchers reported that animals given Semax acquired conditioned responses faster and retained them longer than controls. Studies have also examined Semax in models of attention and reported changes in exploratory behavior and task performance. Clinical studies in Russia have evaluated Semax in human subjects on measures of attention and memory, contributing to its registration there.",
          "sourceUrl": "https://biotechcompounds.com/products/semax",
          "pageTitle": "Semax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0355",
          "text": "Has Semax been studied in models of reduced brain blood flow? Yes. A second major research area for Semax is neuroprotection. In rodent models of experimental brain ischemia, researchers reported that Semax changed the expression of genes involved in inflammation, vascular growth, and neuronal survival in the affected tissue. Clinical work in Russia has also examined Semax in patients after acute reduction in cerebral blood flow. These studies treat Semax as a tool for understanding neurotrophic signaling during injury.",
          "sourceUrl": "https://biotechcompounds.com/products/semax",
          "pageTitle": "Semax | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_sermorelin",
      "@type": "PhysicalProduct",
      "name": "Sermorelin",
      "description": "Sermorelin is a synthetic 29-amino acid peptide corresponding to GHRH(1-29), available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0356",
          "text": "Sermorelin is a synthetic 29-amino acid peptide corresponding to GHRH(1-29), available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/sermorelin",
          "pageTitle": "Sermorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0357",
          "text": "What is Sermorelin and what has research studied it for? Sermorelin is a synthetic 29 amino acid peptide that matches the first 29 residues of human growth hormone releasing hormone, written GHRH 1-29, with an amidated C-terminus. This fragment is the shortest piece of the natural 44 amino acid hormone that keeps full activity. Research studies have examined Sermorelin mainly as a tool for stimulating growth hormone release from the pituitary. Biotech Compounds supplies Sermorelin as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/sermorelin",
          "pageTitle": "Sermorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0358",
          "text": "How does Sermorelin work according to research? Sermorelin binds the growth hormone releasing hormone receptor on somatotroph cells in the anterior pituitary. Researchers have reported that this binding raises cyclic AMP inside the cell and triggers release of stored growth hormone. In research studies, Sermorelin has been observed to preserve the natural pulsatile pattern of secretion and to remain subject to negative feedback from somatostatin and IGF-1, which distinguishes it from direct administration of growth hormone.",
          "sourceUrl": "https://biotechcompounds.com/products/sermorelin",
          "pageTitle": "Sermorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0359",
          "text": "What has research reported about Sermorelin and growth hormone release? The primary research area for Sermorelin is growth hormone secretion. In animal models and in human clinical studies, researchers reported measurable rises in serum growth hormone following Sermorelin administration, with downstream increases in IGF-1 over longer study periods. Because the response depends on a working pituitary, Sermorelin has also been used in research as a diagnostic probe to assess pituitary reserve.",
          "sourceUrl": "https://biotechcompounds.com/products/sermorelin",
          "pageTitle": "Sermorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0360",
          "text": "Has Sermorelin been studied in aging research? Yes. A second research area for Sermorelin is the age-related decline in growth hormone output. Clinical studies in older adults have examined whether Sermorelin restores growth hormone and IGF-1 levels toward those seen in younger subjects, and researchers reported changes in body composition markers and sleep architecture in some of these studies. Sermorelin is treated in this literature as a way to study the somatotropic axis in aging rather than as a therapy.",
          "sourceUrl": "https://biotechcompounds.com/products/sermorelin",
          "pageTitle": "Sermorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_slu-pp-332",
      "@type": "PhysicalProduct",
      "name": "SLU-PP-332",
      "description": "SLU-PP-332 is a synthetic small molecule classified as an estrogen-related receptor (ERR) agonist, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0361",
          "text": "SLU-PP-332 is a synthetic small molecule classified as an estrogen-related receptor (ERR) agonist, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/slu-pp-332",
          "pageTitle": "SLU-PP-332 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0362",
          "text": "What is SLU-PP-332 and what has research studied it for? SLU-PP-332 is a synthetic small molecule, not a peptide, that acts as an agonist of the estrogen-related receptors ERR alpha, ERR beta, and ERR gamma, with the strongest activity at ERR alpha. These receptors are orphan nuclear receptors that regulate energy metabolism. Research studies have examined SLU-PP-332 as an exercise mimetic in mouse models of endurance and metabolism. Biotech Compounds supplies SLU-PP-332 as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/slu-pp-332",
          "pageTitle": "SLU-PP-332 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0363",
          "text": "How does SLU-PP-332 work according to research? Researchers have reported that SLU-PP-332 binds directly to the ligand binding domain of the estrogen-related receptors and switches on their transcriptional activity. In cell culture studies, this activation increased expression of genes that drive mitochondrial biogenesis and fatty acid oxidation, the same gene program that endurance exercise turns on in muscle. Published research describes SLU-PP-332 as pharmacologically mimicking part of the adaptive response to training.",
          "sourceUrl": "https://biotechcompounds.com/products/slu-pp-332",
          "pageTitle": "SLU-PP-332 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0364",
          "text": "What has research reported about SLU-PP-332 and endurance in animal models? The primary research area for SLU-PP-332 is exercise physiology. In mouse studies, researchers reported that animals given SLU-PP-332 ran longer and farther on a treadmill than controls and showed a higher proportion of oxidative, fatigue-resistant muscle fibers. Investigators also observed increased mitochondrial content in skeletal muscle. These findings led researchers to describe SLU-PP-332 as an exercise mimetic in the scientific literature.",
          "sourceUrl": "https://biotechcompounds.com/products/slu-pp-332",
          "pageTitle": "SLU-PP-332 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0365",
          "text": "Has SLU-PP-332 been studied in models of diet-induced obesity? Yes. A second research area for SLU-PP-332 is energy balance. In mouse models fed a high fat diet, researchers reported that SLU-PP-332 increased whole-body energy expenditure and fatty acid use and reduced fat mass gain without changing food intake. Studies have also examined effects on glucose handling in these animals. This work is used to explore how ERR activation changes metabolism in a laboratory setting.",
          "sourceUrl": "https://biotechcompounds.com/products/slu-pp-332",
          "pageTitle": "SLU-PP-332 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_snap-8",
      "@type": "PhysicalProduct",
      "name": "SNAP-8",
      "description": "SNAP-8 (Acetyl Octapeptide-3) is a synthetic octapeptide acetylated at the N-terminus, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0366",
          "text": "SNAP-8 (Acetyl Octapeptide-3) is a synthetic octapeptide acetylated at the N-terminus, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/snap-8",
          "pageTitle": "SNAP-8 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0367",
          "text": "What is SNAP-8 and what has research studied it for? SNAP-8, also called Acetyl Octapeptide-3, is a synthetic eight amino acid peptide capped with an acetyl group at the N-terminus. It is an elongated version of the hexapeptide Argireline with two additional residues. SNAP-8 belongs to a family of signal peptides that mimic a segment of the SNAP-25 protein. Research on SNAP-8 has centered on cosmetic and dermatological science, where in vitro studies have examined its influence on neurotransmitter release in cell models.",
          "sourceUrl": "https://biotechcompounds.com/products/snap-8",
          "pageTitle": "SNAP-8 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0368",
          "text": "How does SNAP-8 work according to published research? In vitro studies have reported that SNAP-8 mimics the N-terminal region of SNAP-25, a protein required for assembly of the SNARE complex. Researchers have described SNAP-8 competing for a position in that complex, which in cell models was observed to destabilize it and reduce vesicle docking. Published research suggests this lowers neurotransmitter release in the models tested. The peptide is studied as a topical signal molecule rather than a systemic compound.",
          "sourceUrl": "https://biotechcompounds.com/products/snap-8",
          "pageTitle": "SNAP-8 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0369",
          "text": "What is the main research area for SNAP-8? The primary research area for SNAP-8 is cosmetic formulation science. Researchers have applied SNAP-8 to reconstituted skin models and cell cultures to measure its effect on muscle contraction signaling and on the appearance of expression lines in laboratory skin equivalents. In these studies SNAP-8 has been reported to act as a milder alternative to protein toxins that target the same SNARE machinery. The work is almost entirely in vitro and formulation based.",
          "sourceUrl": "https://biotechcompounds.com/products/snap-8",
          "pageTitle": "SNAP-8 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0370",
          "text": "What secondary research has been done on SNAP-8? Beyond expression line models, SNAP-8 has been examined in formulation stability and skin penetration studies. Researchers have compared SNAP-8 with its shorter parent Argireline to see whether the two extra amino acids change potency in cell assays, and published research suggests the octapeptide showed stronger activity in some of those comparisons. Other laboratory work has looked at SNAP-8 in combination with other cosmetic peptides in topical delivery systems.",
          "sourceUrl": "https://biotechcompounds.com/products/snap-8",
          "pageTitle": "SNAP-8 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_ss-31",
      "@type": "PhysicalProduct",
      "name": "SS-31",
      "description": "SS-31 (Elamipretide) is a synthetic tetrapeptide classified as a mitochondria-targeting peptide, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0371",
          "text": "SS-31 (Elamipretide) is a synthetic tetrapeptide classified as a mitochondria-targeting peptide, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/ss-31",
          "pageTitle": "SS-31 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0372",
          "text": "What is SS-31 and what has research studied it for? SS-31, also known as Elamipretide, Bendavia, or MTP-131, is a synthetic tetrapeptide from the Szeto-Schiller peptide family. Its sequence is D-Arg, dimethyltyrosine, Lys, Phe with an amidated C-terminus, an alternating pattern of aromatic and basic residues. SS-31 is classified as a mitochondria targeting peptide. Research studies have examined SS-31 in models of mitochondrial dysfunction, energy metabolism, and oxidative stress across cell culture and animal work.",
          "sourceUrl": "https://biotechcompounds.com/products/ss-31",
          "pageTitle": "SS-31 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0373",
          "text": "Where can I buy SS-31 for research? Biotech Compounds sells SS-31 for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/ss-31",
          "pageTitle": "SS-31 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0374",
          "text": "How does SS-31 work according to published research? Research studies have shown that SS-31 crosses cell membranes and concentrates on the inner mitochondrial membrane, where it binds cardiolipin, a phospholipid unique to that membrane. Researchers have reported that this cardiolipin interaction stabilizes cristae structure and the electron transport chain. In cell models, SS-31 has been observed to improve ATP production efficiency and reduce the formation of reactive oxygen species. The D-arginine and dimethyltyrosine residues are credited with cell permeability.",
          "sourceUrl": "https://biotechcompounds.com/products/ss-31",
          "pageTitle": "SS-31 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0375",
          "text": "What is the primary research area for SS-31? The main research focus for SS-31 has been mitochondrial bioenergetics in heart and skeletal muscle. In rodent models, researchers have reported that SS-31 preserved mitochondrial function in cardiac tissue subjected to ischemia and reperfusion. Animal studies of aging muscle have examined whether SS-31 restores mitochondrial respiration and exercise capacity. These studies treat SS-31 as a tool compound for understanding how cardiolipin integrity affects cellular energy supply.",
          "sourceUrl": "https://biotechcompounds.com/products/ss-31",
          "pageTitle": "SS-31 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
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    },
    {
      "entityId": "p_tb-500",
      "@type": "PhysicalProduct",
      "name": "TB-500",
      "description": "TB-500 is the common research-market name for Thymosin Beta-4 (Tb4), a 43-amino-acid peptide, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0376",
          "text": "TB-500 is the common research-market name for Thymosin Beta-4 (Tb4), a 43-amino-acid peptide, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/tb-500",
          "pageTitle": "TB-500 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0377",
          "text": "What is TB-500 and what has research studied it for? TB-500 is the common research market name for Thymosin Beta-4, a 43 amino acid peptide found in nearly all mammalian cells. TB-500 and Thymosin Beta-4 are the same molecule, not two different ingredients. It is the major actin sequestering protein in cells and carries the LKKTET actin binding motif. Research studies have examined TB-500 in models of tissue repair, wound healing, cell migration, and cardiac injury.",
          "sourceUrl": "https://biotechcompounds.com/products/tb-500",
          "pageTitle": "TB-500 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0378",
          "text": "Where can I buy TB-500 for research? Biotech Compounds sells TB-500 for laboratory research right on this page, at 99% purity with a third-party certificate of analysis (COA) for every lot, and ships orders from the US. It is sold for research use only, not for human or veterinary use.",
          "sourceUrl": "https://biotechcompounds.com/products/tb-500",
          "pageTitle": "TB-500 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0379",
          "text": "How does TB-500 work according to published research? Research studies have shown that TB-500, as Thymosin Beta-4, binds monomeric G-actin and regulates its availability for assembly into filaments. Researchers have reported that this actin regulation drives cell migration and cytoskeletal remodeling in cultured cells. In animal models, TB-500 has been observed to promote the migration of endothelial cells and keratinocytes, support new blood vessel formation, and lower certain inflammatory signals at sites of injury.",
          "sourceUrl": "https://biotechcompounds.com/products/tb-500",
          "pageTitle": "TB-500 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0380",
          "text": "What is the primary research area for TB-500? The main research area for TB-500 is tissue repair. In rodent models, researchers have reported that Thymosin Beta-4 accelerated closure of dermal wounds and improved the organization of repaired tissue. Corneal injury models and tendon and ligament models have also been used to study how TB-500 influences cell migration into damaged areas. This body of animal research is the reason TB-500 is one of the most requested peptides for repair studies.",
          "sourceUrl": "https://biotechcompounds.com/products/tb-500",
          "pageTitle": "TB-500 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
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    {
      "entityId": "p_tesa-ipa",
      "@type": "PhysicalProduct",
      "name": "Tesa-Ipa",
      "description": "Tesa-Ipa is a two-component laboratory blend supplied in a single vial containing Tesamorelin 12mg and Ipamorelin 6mg.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0381",
          "text": "Tesa-Ipa is a two-component laboratory blend supplied in a single vial containing Tesamorelin 12mg and Ipamorelin 6mg. Tesamorelin is a synthetic analog of human GHRH(1-44) bearing an N-terminal hexenoyl modification studied for the resistance it confers to enzymatic cleavage; Ipamorelin is a synthetic pentapeptide characterized as a selective agonist at the GHS-R1a (ghrelin) receptor.",
          "sourceUrl": "https://biotechcompounds.com/products/tesa-ipa",
          "pageTitle": "Tesa-Ipa | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0382",
          "text": "What is Tesa-Ipa and what has research studied it for? Tesa-Ipa is a two component laboratory blend supplied in a single vial containing Tesamorelin 12mg and Ipamorelin 6mg. Tesamorelin is a synthetic analog of human GHRH(1-44) with an N-terminal hexenoyl modification, and Ipamorelin is a synthetic pentapeptide characterized as a selective GHS-R1a agonist. Because the two peptides act on unrelated receptor families, research studies have used the Tesa-Ipa blend as a paired reference material for receptor selectivity panels and chromatographic identity and purity work.",
          "sourceUrl": "https://biotechcompounds.com/products/tesa-ipa",
          "pageTitle": "Tesa-Ipa | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0383",
          "text": "What does each component of Tesa-Ipa do in research? In receptor pharmacology research, the Tesamorelin in Tesa-Ipa has been characterized as an agonist at the GHRH receptor, a class B G-protein coupled receptor, and researchers have used it in cAMP accumulation assays in transfected cell lines. The Ipamorelin in Tesa-Ipa has been characterized in research studies as a selective agonist at the ghrelin receptor GHS-R1a. In vitro binding panels have noted its selectivity for GHS-R1a over other pituitary expressed receptors.",
          "sourceUrl": "https://biotechcompounds.com/products/tesa-ipa",
          "pageTitle": "Tesa-Ipa | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0384",
          "text": "What is the primary research use of the Tesa-Ipa blend? The primary research use of Tesa-Ipa is comparative in vitro receptor work. Researchers have used the blend as a paired ligand set in radioligand and fluorescence polarization binding assays, calcium flux readouts, and cAMP assays, where one component engages the GHRH receptor and the other engages GHS-R1a. Having both peptides in one vial allows a laboratory to profile receptor cross reactivity and assay specificity using two structurally distinct compounds from the same lot.",
          "sourceUrl": "https://biotechcompounds.com/products/tesa-ipa",
          "pageTitle": "Tesa-Ipa | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0385",
          "text": "What secondary research has examined the Tesa-Ipa components? A second research area for Tesa-Ipa is analytical chemistry. Because Tesamorelin is a 44 amino acid peptide and Ipamorelin is a pentapeptide, the blend is used for reversed phase HPLC and LC-MS/MS method development, where the two components separate cleanly and serve as identity and purity markers. The hexenoyl modification on Tesamorelin is also studied in serum stability assays, where researchers have reported that it confers resistance to enzymatic cleavage compared with the unmodified GHRH sequence.",
          "sourceUrl": "https://biotechcompounds.com/products/tesa-ipa",
          "pageTitle": "Tesa-Ipa | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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    {
      "entityId": "p_tesamorelin",
      "@type": "PhysicalProduct",
      "name": "Tesamorelin",
      "description": "Tesamorelin is a synthetic 44-amino acid peptide consisting of GHRH(1-44) with N-terminal trans-3-hexenoic acid modification, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0386",
          "text": "Tesamorelin is a synthetic 44-amino acid peptide consisting of GHRH(1-44) with N-terminal trans-3-hexenoic acid modification, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/tesamorelin",
          "pageTitle": "Tesamorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0387",
          "text": "What is Tesamorelin and what has research studied it for? Tesamorelin is a synthetic 44 amino acid peptide made up of the full human GHRH(1-44) sequence with a trans-3-hexenoic acid group attached at the N-terminus. It belongs to the class of growth hormone releasing hormone analogs. Research studies have examined Tesamorelin for its activity at the GHRH receptor, its stability against enzymatic degradation, and its effects on growth hormone signaling and body composition in animal models and human clinical trials.",
          "sourceUrl": "https://biotechcompounds.com/products/tesamorelin",
          "pageTitle": "Tesamorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0388",
          "text": "How does Tesamorelin work according to published research? Research studies have shown that Tesamorelin binds and activates the GHRH receptor on pituitary somatotroph cells, a class B G-protein coupled receptor that signals through cAMP. Researchers have reported that this activation stimulates the pulsatile release of growth hormone in the models studied, which in turn raises IGF-1 signaling. Because Tesamorelin works upstream through the natural GHRH pathway, published research describes its effect as preserving the normal feedback control of the axis.",
          "sourceUrl": "https://biotechcompounds.com/products/tesamorelin",
          "pageTitle": "Tesamorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0389",
          "text": "What is the primary research area for Tesamorelin? The primary research area for Tesamorelin has been the growth hormone axis and body composition. In clinical trials, researchers have reported that Tesamorelin reduced visceral adipose tissue in the study populations examined, with corresponding changes in IGF-1 levels. Animal model research has looked at how Tesamorelin alters growth hormone pulsatility over time. These studies position Tesamorelin as a reference GHRH analog for metabolic and endocrine research.",
          "sourceUrl": "https://biotechcompounds.com/products/tesamorelin",
          "pageTitle": "Tesamorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0390",
          "text": "What secondary research has been done on Tesamorelin? Secondary research on Tesamorelin has included cognitive and neuroscience studies. In clinical research involving older adults, researchers have examined Tesamorelin for effects on memory and executive function measures and reported changes in brain metabolite markers. Other laboratory work has used Tesamorelin in liver fat research and in studies of how GHRH analogs affect muscle tissue. These secondary areas are smaller literatures than the body composition work.",
          "sourceUrl": "https://biotechcompounds.com/products/tesamorelin",
          "pageTitle": "Tesamorelin | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
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    {
      "entityId": "p_thymogen",
      "@type": "PhysicalProduct",
      "name": "Thymogen",
      "description": "Thymogen (Oglufanide) is a synthetic dipeptide consisting of L-glutamic acid and L-tryptophan (Glu-Trp), available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0391",
          "text": "Thymogen (Oglufanide) is a synthetic dipeptide consisting of L-glutamic acid and L-tryptophan (Glu-Trp), available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/thymogen",
          "pageTitle": "Thymogen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0392",
          "text": "What is Thymogen and what has research studied it for? Thymogen, also called Oglufanide or alpha-glutamyl-tryptophan, is a synthetic dipeptide made of L-glutamic acid and L-tryptophan, written Glu-Trp or EW. It was originally characterized from thymalin, a polypeptide extract of calf thymus tissue, and is classified among the Khavinson peptide bioregulators. Research studies have examined Thymogen mainly in immunology, where it has been studied for effects on T-lymphocyte maturation and thymic signaling in animal and cell models.",
          "sourceUrl": "https://biotechcompounds.com/products/thymogen",
          "pageTitle": "Thymogen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0393",
          "text": "How does Thymogen work according to published research? Researchers have reported that Thymogen influences the differentiation of T-lymphocyte precursors in a manner similar to the thymic extract it was derived from. In cell culture and animal models, Thymogen has been observed to shift expression of surface markers on immune cells and to modulate cytokine signaling. The broader Khavinson bioregulator hypothesis, explored in published research, proposes that short peptides such as Thymogen interact with DNA and regulate gene expression in a tissue specific way.",
          "sourceUrl": "https://biotechcompounds.com/products/thymogen",
          "pageTitle": "Thymogen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0394",
          "text": "What is the primary research area for Thymogen? The primary research area for Thymogen is immune regulation. In animal models, researchers have reported that Thymogen restored measures of T-cell function in models where immune activity had been suppressed. Cell culture studies have examined Thymogen for its effects on lymphocyte proliferation and on the balance of immune cell subsets. This immunology literature, much of it originating from Russian research groups, is the foundation for interest in Thymogen as a research compound.",
          "sourceUrl": "https://biotechcompounds.com/products/thymogen",
          "pageTitle": "Thymogen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0395",
          "text": "What secondary research has examined Thymogen? Beyond immunology, Thymogen has been studied under the name oglufanide as an investigational compound in early stage clinical research on immune response to viral challenge. Published research has also looked at Thymogen in models of tissue regeneration and in studies of how short peptides affect gene expression in aging cells. Researchers have compared Thymogen with other Khavinson dipeptides and tripeptides to understand how amino acid composition relates to tissue selectivity.",
          "sourceUrl": "https://biotechcompounds.com/products/thymogen",
          "pageTitle": "Thymogen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
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    },
    {
      "entityId": "p_thymosin-alpha-1",
      "@type": "PhysicalProduct",
      "name": "Thymosin Alpha-1",
      "description": "Thymosin Alpha-1 is a 28-amino acid synthetic peptide corresponding to the natural thymic peptide sequence, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0396",
          "text": "Thymosin Alpha-1 is a 28-amino acid synthetic peptide corresponding to the natural thymic peptide sequence, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/thymosin-alpha-1",
          "pageTitle": "Thymosin Alpha-1 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0397",
          "text": "What is Thymosin Alpha-1 and what has research studied it for? Thymosin Alpha-1 is a synthetic 28 amino acid peptide that matches the N-terminal region of prothymosin alpha, a protein originally isolated from bovine thymus tissue. It is acetylated at the N-terminus and rich in acidic residues, giving it a net negative charge at physiological pH. Research studies have examined Thymosin Alpha-1 primarily in immunology, including T-cell maturation, dendritic cell activation, and immune response in models of infection and vaccination.",
          "sourceUrl": "https://biotechcompounds.com/products/thymosin-alpha-1",
          "pageTitle": "Thymosin Alpha-1 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0398",
          "text": "How does Thymosin Alpha-1 work according to published research? Research studies have shown that Thymosin Alpha-1 engages toll like receptors on dendritic cells and other innate immune cells, signaling through pathways that lead to NF-kB activation. Researchers have reported that this promotes dendritic cell maturation and the production of cytokines that steer T-cell differentiation. In cell culture, Thymosin Alpha-1 has been observed to increase markers of T-cell activation and to support natural killer cell activity in the models tested.",
          "sourceUrl": "https://biotechcompounds.com/products/thymosin-alpha-1",
          "pageTitle": "Thymosin Alpha-1 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0399",
          "text": "What is the primary research area for Thymosin Alpha-1? The primary research area for Thymosin Alpha-1 is immune modulation. In animal models, researchers have reported that Thymosin Alpha-1 increased T-cell counts and improved measures of immune response in models where immune function had been suppressed. Clinical trials have examined Thymosin Alpha-1 as an adjunct in immune research settings, including models of viral infection. This work has made Thymosin Alpha-1 one of the most studied thymic peptides.",
          "sourceUrl": "https://biotechcompounds.com/products/thymosin-alpha-1",
          "pageTitle": "Thymosin Alpha-1 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0400",
          "text": "What secondary research has been done on Thymosin Alpha-1? Secondary research on Thymosin Alpha-1 includes vaccine adjuvant studies, where researchers have reported stronger antibody responses in animal models when Thymosin Alpha-1 was included alongside the antigen. Published research has also examined Thymosin Alpha-1 in sepsis models, in fungal challenge models, and in oncology immunology, where it has been studied for effects on tumor infiltrating immune cells. These secondary literatures are smaller than the core immune modulation work.",
          "sourceUrl": "https://biotechcompounds.com/products/thymosin-alpha-1",
          "pageTitle": "Thymosin Alpha-1 | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
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          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_vesugen",
      "@type": "PhysicalProduct",
      "name": "Vesugen",
      "description": "Vesugen is a synthetic tripeptide bioregulator (Lys-Glu-Asp) studied for its role in supporting vascular endothelial function and blood vessel integrity.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0401",
          "text": "Vesugen is a synthetic tripeptide bioregulator (Lys-Glu-Asp) studied for its role in supporting vascular endothelial function and blood vessel integrity.",
          "sourceUrl": "https://biotechcompounds.com/products/vesugen",
          "pageTitle": "Vesugen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0402",
          "text": "What is Vesugen and what has research studied it for? Vesugen is a synthetic tripeptide bioregulator made of lysine, glutamic acid, and aspartic acid, written Lys-Glu-Asp or KED. It belongs to the Khavinson family of short peptide bioregulators, a group of two to four amino acid peptides each associated with a particular tissue. Vesugen is the member linked to the vascular system. Research studies have examined Vesugen in models of endothelial cell function, blood vessel wall integrity, and cellular aging.",
          "sourceUrl": "https://biotechcompounds.com/products/vesugen",
          "pageTitle": "Vesugen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0403",
          "text": "How does Vesugen work according to published research? The Khavinson bioregulator hypothesis, explored in published research, proposes that short peptides such as Vesugen pass into the nucleus and interact with DNA to modulate the expression of tissue specific genes. In cell culture studies, researchers have reported that Vesugen influenced the expression of connexins, the proteins that form gap junctions between endothelial cells. Vesugen has been observed in these models to affect markers of endothelial cell proliferation and intercellular communication.",
          "sourceUrl": "https://biotechcompounds.com/products/vesugen",
          "pageTitle": "Vesugen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0404",
          "text": "What is the primary research area for Vesugen? The primary research area for Vesugen is vascular biology, with a focus on the endothelial cells that line blood vessel walls. In cell culture studies, researchers have reported that Vesugen supported the growth and organization of endothelial cell layers. Animal model research has examined Vesugen for its effect on measures of vascular wall integrity. These studies use Vesugen as a compact model compound for peptide mediated regulation of vascular tissue.",
          "sourceUrl": "https://biotechcompounds.com/products/vesugen",
          "pageTitle": "Vesugen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0405",
          "text": "What secondary research has examined Vesugen? A secondary research area for Vesugen is cellular aging. Researchers have studied Vesugen in aging cell cultures and in older animal models to see whether it alters gene expression patterns associated with senescence in vascular tissue. Published research from bioregulator groups has also compared Vesugen with other Khavinson peptides to map which amino acid combinations correspond to which tissues. Limited clinical reports have appeared in the same literature.",
          "sourceUrl": "https://biotechcompounds.com/products/vesugen",
          "pageTitle": "Vesugen | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    },
    {
      "entityId": "p_vip",
      "@type": "PhysicalProduct",
      "name": "VIP",
      "description": "VIP (Vasoactive Intestinal Peptide) is a 28-amino acid neuropeptide, available as a lyophilized powder for laboratory research.",
      "status": "active",
      "hasChunks": [
        {
          "chunkId": "c_0406",
          "text": "VIP (Vasoactive Intestinal Peptide) is a 28-amino acid neuropeptide, available as a lyophilized powder for laboratory research.",
          "sourceUrl": "https://biotechcompounds.com/products/vip",
          "pageTitle": "VIP | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "definition"
        },
        {
          "chunkId": "c_0407",
          "text": "What is VIP and what has research studied it for? VIP, short for Vasoactive Intestinal Peptide, is a 28 amino acid neuropeptide with an amidated C-terminus. It belongs to the glucagon and secretin superfamily and shares sequence homology with secretin, glucagon, and PACAP. VIP is an agonist at the VPAC1 and VPAC2 receptors. Research studies have examined VIP in vascular and airway smooth muscle models, immune regulation, gut motility, and neuroscience, including the circadian clock.",
          "sourceUrl": "https://biotechcompounds.com/products/vip",
          "pageTitle": "VIP | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0408",
          "text": "How does VIP work according to published research? Research studies have shown that VIP binds the VPAC1 and VPAC2 receptors, both class B G-protein coupled receptors, and raises intracellular cAMP. Researchers have reported that this signaling relaxes vascular and airway smooth muscle in tissue preparations, which is the origin of the vasoactive name. In immune cell culture, VIP has been observed to shift cytokine production toward an anti-inflammatory profile. Published research also describes VIP acting as a neurotransmitter in the gut and brain.",
          "sourceUrl": "https://biotechcompounds.com/products/vip",
          "pageTitle": "VIP | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0409",
          "text": "What is the primary research area for VIP? The primary research area for VIP is the vascular and pulmonary system. In animal models, researchers have reported that VIP dilated blood vessels and relaxed airway smooth muscle. Lung research has examined VIP for its effects on alveolar cells under inflammatory stress, and a synthetic form of the peptide known as aviptadil has been studied in clinical trials in pulmonary research. These studies treat VIP as a reference VPAC receptor ligand.",
          "sourceUrl": "https://biotechcompounds.com/products/vip",
          "pageTitle": "VIP | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        },
        {
          "chunkId": "c_0410",
          "text": "What secondary research has been done on VIP? Secondary research on VIP includes neuroscience and gastroenterology. In rodent models, researchers have reported that VIP signaling in the suprachiasmatic nucleus synchronizes the cells that generate circadian rhythms. Gut research has examined VIP as a regulator of intestinal secretion and motility. Immunology studies have looked at VIP in models of autoimmune inflammation, where researchers have reported changes in T-cell balance. These areas remain largely preclinical.",
          "sourceUrl": "https://biotechcompounds.com/products/vip",
          "pageTitle": "VIP | Biotech Compounds",
          "publisher": "Biotech Compounds",
          "retrieved": "2026-11-15T14:54:32Z",
          "contentType": "evidence"
        }
      ],
      "relations": [
        {
          "predicate": "PRODUCED_BY",
          "targetId": "e_org",
          "targetName": "Biotech Compounds"
        }
      ]
    }
  ]
}