THE JOURNAL
Reading worth your time.
Sourced, plain-spoken writing on peptides — no hype, no before-and-afters. Just the science, made legible.
The four fundamentals that beat any peptide
Before reaching for compounds, master sleep, protein, stress management, and movement. These pillars consistently outperform supplementation when neglected—and amplify results when dialed in.
ReadGLP-1s, explained before you start
GLP-1 receptor agonists are prescription medications that mimic a gut hormone to regulate blood sugar and appetite. Here's what they do, who they're for, and why they require medical supervision.
ReadBPC-157 and Recovery: What the Research Supports
BPC-157 has earned a reputation as a healing compound for tissue and gut injuries. The evidence leans toward promise—but the hype often outruns what the literature actually shows.
ReadHow to Read a Certificate of Analysis
Third-party lab reports reveal what's actually in a vial before you buy. Here's how to interpret the numbers that matter and spot the red flags that don't.
ReadWhere to Start with Longevity Peptides
The longevity conversation often sounds like science fiction. Here's a measured introduction to peptides studied for healthspan—and what the evidence actually shows.
ReadHow Peptides Are Administered: Routes and the Basics of Safety
Subcutaneous, intramuscular, oral, topical, nasal — understanding the common routes of peptide administration and the fundamental safety considerations for each approach.
ReadReconstitution Basics: Turning Powder Into a Usable Solution
Why peptides arrive as freeze-dried powder, what bacteriostatic water actually does, and the chemistry behind turning vials into injectable solutions.
ReadUnderstanding dosing language: mcg, mg, IU, and units
The vocabulary of peptide dosing isn't complicated once you know what each term measures. This guide decodes the units so conversations with practitioners become less intimidating.
ReadStorage and Handling: Keeping Peptides Stable
Peptides are fragile molecules that degrade quickly under the wrong conditions. Cold chain, light exposure, and reconstitution shelf life determine whether your peptide retains potency.
ReadSide Effects and Safety Monitoring: What to Watch, When to Stop
Peptides are generally well-tolerated, but they're not risk-free. How to think about side effects, what warning signs matter, and when self-experimentation should end.
ReadSemaglutide vs. Tirzepatide: How the GLP-1 Options Differ
Both work on hunger signaling, but tirzepatide targets two pathways instead of one — a difference that shows up in trial outcomes and tolerability.
ReadTB-500 and tissue repair: what the evidence shows
TB-500 shows promise for flexibility and tissue healing in animal models, but human evidence remains sparse. What we know — and what we don't.
ReadPeptide stacking: principles, rationale, and cautions
Combining peptides can amplify results or address multiple goals at once — but stacking requires understanding mechanisms, timing, and where synergy ends and risk begins.
ReadCycling and washout periods: why people structure protocols in phases
Many peptide protocols involve scheduled breaks rather than continuous use. Understanding the reasoning behind run/washout cycles helps you recognize when structure matters.
ReadWorking with a practitioner: what to ask before you start
Finding the right licensed practitioner makes all the difference. How to assess expertise, ask the right questions, and build a relationship based on clarity and safety.
ReadPeptides, without the noise
A two-minute primer on what peptides are, what they are not, and how to think about them without the hype.
ReadGHK-Cu and skin: what the research supports
The copper peptide that shows up in every anti-aging conversation — what the evidence actually says, and where the hype outruns it.
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