AURAPEP RESEARCH LIBRARY
All Research Articles
Search and browse every published article in the AURAPEP Research Library.
37 articles
Understanding Evidence
How to Evaluate a Peptide Research Study
A practical framework for assessing study design, controls, sample size, outcomes, statistics, replication and conflicts of interest.
Quality & Analytical Science
Why Form, Salt, Counter-Ion and Formulation Matter in Peptide Research
Why the same peptide sequence can behave differently depending on salt form, counter-ion, water content, excipients and formulation.
Peptide Fundamentals
Peptide Sequence Modifications: Amidation, Acetylation and Lipidation
How terminal modifications and lipid attachments can change peptide charge, stability, binding and experimental behaviour.
Research Pathways
NAD+ Metabolism, Redox Biology and Research Models
A pathway-focused guide to NAD+, redox reactions, NAD-consuming enzymes and the limits of translating precursor or infusion research.
Compound & Pathway Profiles
5-Amino-1MQ and NNMT Research: Metabolic Pathways and the Human Evidence Gap
How 5-Amino-1MQ is used to investigate NNMT biology, what mouse studies report and why weight-loss claims exceed the evidence.
Compound & Pathway Profiles
KPV Research: Melanocortin-Derived Peptide and Preclinical Inflammatory-Signalling Evidence
What KPV is, how melanocortin and peptide-transporter research is interpreted, and why preclinical findings are not clinical claims.
Compound & Pathway Profiles
Semax Research: ACTH-Derived Peptide, Neurobiology and Evidence Limits
A cautious review of Semax structure, neurobiology research, animal models and the limitations of its human evidence base.
Quality & Analytical Science
Purity, Identity, Quantity, Sterility and Endotoxin: Five Different Quality Questions
Why five commonly confused quality attributes require different methods and cannot be reduced to one purity percentage.
Quality & Analytical Science
HPLC, LC-MS and Peptide Testing: What Each Method Can—and Cannot—Show
How chromatography, mass spectrometry and complementary tests answer different questions about peptide identity, purity and quantity.