Independently tested
Every batch is verified via reverse-phase HPLC and mass spectrometry. Sequence and purity confirmed before release.

Research-grade reference compounds
Lyophilized peptide reference standards for in-vitro research.
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Verified purity
Every compound is characterized before it leaves the lab.
17 compounds
Longevity, recovery and metabolic research lines, stored at −20 °C.
Quality standards
SuperGenix manufactures and characterizes high-purity peptide reference compounds for in-vitro laboratory research. Every compound is synthesized via SPPS, purified to >99%, and independently verified before packaging.
Every batch is verified via reverse-phase HPLC and mass spectrometry. Sequence and purity confirmed before release.
Solid-phase peptide synthesis with sequential coupling validation, then reverse-phase HPLC purification and orthogonal MS verification.
Vacuum-sealed, freeze-dried and packaged under argon for maximal shelf life and structural integrity. Store sealed, protected from light and moisture.
Each vial ships with a lot number that maps to a Certificate of Analysis containing all release data. Cold-chain logistics on every order.
Featured compounds
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Synthetic GHRH analogue reference compound for somatotroph-pathway research.
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Neuropeptide reference compound for reproductive-axis pathway research.
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Dual-receptor agonist reference compound for metabolic-pathway research.
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Triple-receptor agonist reference compound for metabolic-pathway research.
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Mitochondrial-derived peptide reference standard for metabolic-regulation research.
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Thymosin Beta-4 fragment reference compound for actin-binding and migration assays.
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Coenzyme reference standard for cellular-energy and longevity-pathway research.
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Copper-binding tripeptide reference compound for cellular-signaling studies.
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Pentadecapeptide reference compound for in-vitro tissue and cellular signaling studies.
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Reference blend (CJC-1295 without DAC + Ipamorelin) for growth-pathway receptor research.