Research · Education · Science
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Peptide science explained clearly. Mechanisms, protocols, dosing, and clinical data — written for people who want to understand what they're doing, not just what to take.
Articles Published
Compound Guides
Protocol Deep-Dives
Studies Referenced
⬡ Editor's Pick · Cover Story
Read Article →BPC-157: The Body Protection Compound That's Rewriting Recovery Science
Once confined to academic journals and elite sports medicine clinics, BPC-157 is now one of the most discussed peptides among athletes, biohackers, and functional medicine practitioners. We break down the full evidence base — what the research actually shows, what it doesn't, and how to use it intelligently.
Epitalon and the Telomere Question: Does Any Peptide Slow Aging?
The research is more promising than most skeptics admit — and more complicated than the enthusiasts claim. A grounded look at the evidence on telomere elongation.
CJC-1295 + Ipamorelin: Why This Stack Became the Gold Standard
Growth hormone secretagogues work — but the specific combination matters more than most realize. Here's the mechanism, timing, and dosing practitioners actually use.
GHK-Cu and Skin Regeneration: The 30-Year Research Trail
Copper peptide research predates most of the modern peptide space. Here's why GHK-Cu remains one of the best-evidenced compounds for collagen and skin renewal.
Semax vs Selank: Two Nootropic Peptides, Very Different Mechanisms
Both are Russian-developed, both come as nasal sprays, and both are gaining serious attention in the nootropic space. But they work in fundamentally different ways.
Building a Peptide Stack: Principles, Combinations & Timing
Not all peptides play well together — and timing matters more than most people think. A practical framework for designing a stack around your specific goals.
MOTS-c: The "Exercise Peptide" and What It Actually Does
Described in research as capable of mimicking the metabolic effects of exercise, MOTS-c is one of the most intriguing mitochondrial-derived peptides in current literature.
BPC-157
Recovery · 1,400+ studies
The most comprehensive guide to BPC-157 — mechanism, dosing, reconstitution, stacking, and what the research actually says.
Read Guide →Epitalon
Longevity · Pineal · Circadian
Everything known about Epitalon — from Khavinson's foundational research to modern telomere elongation studies and protocol design.
Read Guide →TB-500
Recovery · Systemic · Anti-Inflam
Thymosin Beta-4's synthetic fragment — how it differs from the parent compound, why it pairs with BPC-157, and optimal dosing windows.
Read Guide →CJC-1295
GH Axis · GHRH Analogue
The GHRH analogue that changed the GH axis conversation. Why the DAC version and the non-DAC version have completely different use cases.
Read Guide →GHK-Cu
Skin · Longevity · Collagen
Copper tripeptide with more published research than almost any other cosmetic peptide. What 30 years of science actually confirms about skin renewal.
Read Guide →Semax
Cognitive · Neuroprotection · BDNF
From Soviet stroke research to Western biohacking staple — why Semax remains one of the most clinically interesting nootropic peptides available.
Read Guide →Ipamorelin
GH Axis · Ghrelin Mimetic
The cleanest GH secretagogue in the stack toolkit. Why its selectivity — stimulating GH without affecting cortisol or prolactin — makes it the preferred choice.
Read Guide →KPV
Recovery · Gut · Anti-Inflammatory
The tripeptide derived from alpha-MSH. Its anti-inflammatory mechanism, gut healing applications, and why it's gaining ground in integrative GI medicine.
Read Guide →How to Reconstitute Peptides: The Complete Guide
Bacteriostatic water vs sterile water, the math behind dilutions, storage best practices, and common reconstitution mistakes that affect potency.
BPC-157 for Gut Healing: What the Research Says About IBD, Leaky Gut, and NSAID Damage
The gastrointestinal applications of BPC-157 are some of its most studied — here's the specific evidence for gut-related indications and what dosing looks like in this context.
NAD+ Precursors vs NAD+ Peptides: What's the Difference and Why Does It Matter?
NMN, NR, and NAD+ peptide fragments all claim to support cellular energy — but their mechanisms, bioavailability, and evidence quality differ significantly.
Dihexa: The Most Potent Synaptogenic Peptide You Haven't Heard Of
Described in Washington State University research as orders of magnitude more potent than BDNF at promoting synaptogenesis — and almost entirely absent from mainstream coverage.
Subcutaneous vs Intramuscular: Which Injection Route Is Right for Your Peptide?
Route of administration affects absorption rate, onset, and bioavailability differently depending on the compound. Here's how to choose and execute correctly.