Resources for understanding research materials, analytical methods, and the compounds we catalog. Reference material — not medical guidance.
Plain-language overviews of the compounds we catalog — what each is and how it's studied.
A plain-language research overview of BPC-157 — what it is, how it's studied in the lab, and how purity is verified. For research use only.
Read → Compound Guides · 2 minA research overview of MK-677 (Ibutamoren) — what it is, why it's studied, and how research-grade purity is verified. For research use only.
Read → Compound Guides · 2 minA plain-language research overview of NAD+ — what it is, its role in cellular research, and how purity is verified. For research use only.
Read → Compound Guides · 2 minA research overview of Semax — what it is, how it's studied in cognitive research, and how purity is verified. For research use only.
Read → Compound Guides · 2 minA research overview of Selank (TP-7) — what it is, how it's studied, and how research-grade purity is verified. For research use only.
Read → Compound Guides · 2 minA research overview of PT-141 (Bremelanotide) — what it is, its role in melanocortin research, and how purity is verified. For research use only.
Read → Compound Guides · 2 minA research overview of MOTS-c — the mitochondrial-derived peptide studied in metabolic and aging research, and how purity is verified. For research use only.
Read → Compound Guides · 2 minA research overview of SLU-PP-332 — the ERR agonist studied in mitochondrial and metabolic research, and how purity is verified. For research use only.
Read → Compound Guides · 2 minA research overview of GHK-Cu — the copper-binding peptide studied in skin, tissue, and cellular research, and how purity is verified. For research use only.
Read → Compound Guides · 2 minA research overview of Tesamorelin — the GHRH analog studied within the growth-hormone axis, and how purity is verified. For research use only.
Read →Side-by-side breakdowns of research materials that are frequently studied together.
BPC-157 vs TB-500 — how these two research peptides differ, why they're studied together, and what to look for. For research use only.
Read → Research Comparisons · 2 minSemax vs Selank — how these two research neuropeptides differ in origin and studied pathways, and when each is used. For research use only.
Read → Research Comparisons · 2 minResearch peptide formats explained — lyophilized vials vs nasal sprays vs capsules, the pros of each, and how to choose. For research use only.
Read → Research Comparisons · 2 minMK-677 vs Ipamorelin — how these growth-hormone research compounds differ in format and mechanism, and when each is used. For research use only.
Read → Research Comparisons · 2 minNAD+ vs NMN — the difference between the active coenzyme and its precursor, and why researchers study both. For research use only.
Read →Deeper looks at the research areas explored with key compounds.
An overview of the research areas explored with BPC-157 — connective tissue, GI, and cytoprotection — in laboratory settings. For research use only.
Read → Research Overviews · 2 minAn overview of the research areas explored with MK-677 (Ibutamoren) — growth-hormone axis and metabolic research. For research use only.
Read → Research Overviews · 2 minAn overview of NAD+ in cellular and aging research — energy metabolism, DNA repair, and precursor research. For research use only.
Read → Research Overviews · 2 minAn overview of the research areas explored with Semax — cognitive processes and neuroprotection pathways. For research use only.
Read → Research Overviews · 2 minAn overview of the research areas explored with 5-Amino-1MQ — metabolic enzymes and adipose-cell research. For research use only.
Read →How research materials are made, tested, documented and stored.
How research peptides are made — solid-phase peptide synthesis (SPPS), purification and lyophilization, and why it matters. For research use only.
Read → Methods & Process · 2 minLyophilization (freeze-drying) explained — why research peptides are lyophilized, what it means for stability, and reconstitution basics. For research use only.
Read → Methods & Process · 2 minHPLC testing explained — how it measures peptide purity (the source of "99%+"), and why HPLC + mass spec is the standard. For research use only.
Read → Methods & Process · 2 minWhat a Certificate of Analysis (COA) is, what a good one contains, and why you should never buy research peptides without one. For research use only.
Read → Methods & Process · 2 minHow to store research peptides — lyophilized vs reconstituted, temperature, and avoiding freeze-thaw, to keep compounds stable. For research use only.
Read →Core concepts for working with research materials — purity, sourcing, and methods.
In-vitro vs in-vivo research explained in plain language — what each means, how they differ, and why it matters. For research use only.
Read → Research Fundamentals · 2 minWhat "99%+ purity" means for research peptides — what it measures, where impurities come from, and how to verify it. For research use only.
Read → Research Fundamentals · 2 minWhy genuinely US-made research peptides matter — supply-chain visibility, consistency, and accountability vs relabeled imports. For research use only.
Read → Research Fundamentals · 2 minResearch peptide blends explained — what they are, why researchers use them (BPC/TB, Glow), and what to check before choosing one. For research use only.
Read → Research Fundamentals · 2 minA beginner's guide to reading a peptide Certificate of Analysis (COA) — batch number, HPLC purity, mass spec identity, and red flags. For research use only.
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