AURAPEP RESEARCH LIBRARY
All Research Articles
Search and browse every published article in the AURAPEP Research Library.
37 articles
Quality & Analytical Science
Lyophilized Peptide Storage: Stability Before and After Reconstitution
How lyophilization changes storage stability, why reconstitution creates a different evidence question, and why universal timelines are not supportable.
Compound & Pathway Profiles
KLOW Blend Research: BPC-157, TB-500, GHK-Cu and KPV Component Evidence
What the literature covers for KLOW Blend’s four named components—and why it cannot prove outcomes or synergy for the combined material.
Compound & Pathway Profiles
Glow Blend Research: BPC-157, GHK-Cu and TB-500 Component Evidence
A component-by-component map of the Glow Blend evidence—and why separate studies do not establish the performance or synergy of the finished blend.
Compound & Pathway Profiles
Melanotan I and Melanotan II Research: Related Melanocortin Analogues, Distinct Evidence
Why similarly named melanocortin analogues must not be treated as interchangeable—and what the human evidence actually covers.
Compound & Pathway Profiles
Tesamorelin Research: GHRH-Receptor Signalling and Clinical Evidence Limits
How tesamorelin engages the growth-hormone-releasing-hormone pathway and why approved or trial evidence cannot be generalized beyond the studied material.
Compound & Pathway Profiles
SS-31 Research: Mitochondrial Targeting, Cardiolipin and Evidence Limits
What SS-31, also studied as elamipretide, is designed to target—and why mechanistic and early clinical findings remain material-specific.
Research Pathways
From Mechanism to Human Outcome: Why Translation Fails
Why target activity, pathway changes and promising animal results may not become meaningful human outcomes.
Peptide Fundamentals
Peptide Synthesis and Common Impurities: Deletions, Truncations, Oxidation and Deamidation
How stepwise peptide synthesis and later degradation can produce related substances that require separation and characterization.
Understanding Evidence
In Vitro, Ex Vivo and In Vivo Research: What Each Model Can Tell Us
How cell systems, isolated tissues, organoids and whole-organism studies answer different questions—and leave different gaps.