Peptides, decoded.
Recovery, reimagined.
Deep dives, head-to-heads, and field notes on the peptide protocols pushing recovery forward — written for optimizers, practitioners, and the peptide-curious.
More from the journal
AMPLIFY vs IGNITE: Choosing Your NAD+ Formula
AMPLIFY and IGNITE both contain 1,300 mg of NAD+. The difference is MOTS-c, and why that matters for tested athletes.
How to Use a LavION Patch: Mixing, Application, the Every-5-Days Routine and Common Mistakes
Step by step: prep, mix, load, apply and activate, wear up to 12 hours, remove. Plus the every-5-days routine and the mistakes to avoid.
Peptides and Drug Testing: What Athletes Need to Know
The WADA status of BPC-157, TB-500 and MOTS-c, why a patch doesn't change the rules, and which LavION formulas are affected.
Are Peptides Legal in 2026? Where BPC-157, TB-500, MOTS-c and KPV Stand
A dated guide to the FDA, compounding and anti-doping status of BPC-157, TB-500, MOTS-c and KPV in 2026.
NAD+ Side Effects: What Human Research Shows, by Route, and Who Should Check First
What side effects are reported with NAD+, how they differ for IVs, oral NR and NMN, and patches, and who should check with a clinician first.
How to Buy Peptides Safely: 10 Questions to Ask Any Seller
Ten questions to ask any peptide seller about identity, lab testing, delivery, dosing claims, FDA language and athlete risks, plus the red flags.
Can Iontophoresis Deliver Peptides? What the Research Shows and What It Doesn't
How iontophoresis moves charged molecules into skin, what research on peptides shows, and why platform evidence isn't the same as product evidence.
NAD+ Patch vs IV vs Injection vs NR/NMN: An Honest Comparison
IV, injection, oral NR and NMN, and patches compared by what reaches your body, what's been studied in people, and the trade-offs.
BPC-157: Human Evidence, Safety, FDA Status and What Animal Studies Actually Show
What BPC-157 is, what animal studies suggest, how little human evidence exists, and where FDA and WADA stand in 2026.
TB-500 Explained: Thymosin Beta-4, the Human Evidence, and What "TB-500" Actually Means
What TB-500 and thymosin beta-4 are, why the name is confusing, what human studies exist, and what LavION's TB-500 actually is.
Are Peptide Patches FDA Approved? What FDA Approval Actually Means
What FDA approval, clearance, registration and listing actually mean, where common peptides stand in 2026, and where LavION stands.
Are Peptide Patches Safe? What We Know, and What Hasn't Been Studied
Patch safety at three levels: your skin, the device and the ingredients. What's known, what hasn't been studied, and who should check with a clinician first.
Traveling With Peptides: TSA, Coolers and a No-Refrigeration Option
What TSA's current guidance says about medications, syringes and ice packs, why clearing security isn't the same as being legal at your destination, and how to travel with LavION.
Do Peptide Patches Work? What the Science Says, and What It Doesn't
What has to be true for a peptide patch to deliver anything, what the research shows, how to judge any patch, and what LavION has and hasn't established.
Real Patch or Sticker? How to Tell If a Peptide Patch Can Actually Deliver Anything
Many peptide and NAD+ patches rely on passive contact, which large, charged molecules cross poorly. Seven questions that separate a real delivery system from a sticker.
How Long Do Reconstituted Peptides Last?
There's no single shelf life for a mixed peptide. What actually affects stability, what the 28-day rule does and doesn't cover, and why LavION stays dry until use.
Why Is GHK-Cu in Every LavION Formula?
GHK-Cu may be best known for skin and collagen, but its potential role extends much further. Discover why this copper peptide is included across LavION formulas and what research tells us about tissue support, oxidative stress, recovery and healthy aging.
KPV: A Tiny Peptide With a Big Research Story
What KPV research says about inflammatory signaling, gut biology and PepT1—and what the KLOW blend still has not established.
Glutathione: Your Cellular Defense System
How the body’s master antioxidant supports redox balance, detoxification pathways and mitochondrial health—and what supplementation research actually shows.
MOTS-c: The Mitochondrial Messenger
What research says about this mitochondrial peptide, metabolism, exercise and healthy aging—and where human evidence remains limited.
BPC-157, TB-500 & GHK-Cu: What Does the Research Say About Pain and Recovery?
What research on BPC-157, TB-500 and GHK-Cu actually shows about pain and recovery, where human evidence is missing, and FDA and WADA status.
Peptides Without Injections: Every Needle-Free Option Compared (2026)
Every needle-free way to take peptides, compared honestly: what each can deliver, the trade-offs, and where LavION fits.
Do NAD+ Patches Work? What the Science Says About Transdermal NAD+
Why NAD+ struggles to cross skin, how iontophoresis differs from a sticker, how patches compare with IVs and NR/NMN, and what hasn't been measured yet.
Transdermal vs Injectable Peptides: Delivery, Evidence, Convenience & Limitations
Injections deliver more per dose. Patches are easier to use. An honest comparison of delivery, evidence, convenience and limitations.
GHK-Cu Copper Peptide: The Full Guide
Benefits, the realistic 8–12 week timeline, serum vs patch delivery, and the five mistakes that waste copper peptides.
Wolverine Stack vs TITAN: Ingredients, Delivery, Evidence & What to Know
The injectable Wolverine Stack vs TITAN: ingredients, delivery, convenience, evidence, FDA and WADA status, and what TITAN can't claim.
What Is the Wolverine Stack? BPC-157 + TB-500, the Evidence, and the Risks
What's in the Wolverine Stack, what the research on BPC-157 and TB-500 shows (mostly animal studies), FDA and WADA status, and how a needle-free version compares.