Blog
Educational writing on tracking, dosing math, storage, bloodwork, and protocol design. Every post is reviewed by a human and free of medical advice.
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Showing 75 of 75 peptide guides.
What 5-Amino-1MQ is, why it is studied as a metabolic compound, and how a self-experimenter can structure tracking around very limited human data.
A pragmatic look at teduglutide, the approved GLP-2 analog, and how a self-experimenter might track gut-related outcomes.
Why insulin is the most dangerous peptide on the menu, and how serious users approach tracking when medically indicated.
A pragmatic tracking guide for MGF, the muscle-damage-responsive splice variant of IGF-1.
A practical tracking guide for the DAC version of CJC-1295, with weekly dosing rationale and IGF-1 expectations.
What Noopept is, how oral protocols are typically structured, and how to track cognitive effects with task-based metrics instead of vibes.
How to track salmon calcitonin use for bone density, calcium, and symptom response without overinterpreting short-term data.
What Thymalin is, where the Khavinson research comes from, and how to track a cycle if you choose to run one.
What AHK-Cu is, how it compares to GHK-Cu, and how to track hair, scalp, and skin changes if you choose to use it.
How glutathione works, route differences, and what a self-experimenter should actually measure.
A pragmatic log structure for ipamorelin used on its own, separate from the common CJC-1295 stack.
How MT-1 differs from MT-II in pharmacology, side effects, and what to actually track.
What NR is, how it compares to NMN, and how to track realistic outcomes from a vitamin B3 derivative marketed for cellular aging.
How the short-acting GHRH analog works, why it mimics natural GH pulses, and what to track when using it.
A dedicated tracking framework for Selank used on its own, separating its anxiolytic signal from placebo and lifestyle noise.
What Thymosin Alpha-1 is, its approval history as Zadaxin, typical protocol shapes, and how to track an immune-focused cycle.
What oxytocin is, how intranasal protocols appear in research, and how to track behavioral effects honestly given how messy the literature is.
What AOD-9604 is, why it failed in obesity trials, and how to track fat-loss protocols if you choose to use it.
How gonadorelin is used alongside TRT and fertility protocols, and what to actually measure.
A precision-dosing and sleep-tracking guide for melatonin, the most over-dosed sleep aid on the shelf.
What to know about using a pre-mixed CJC-1295/ipamorelin blend versus separate vials, and how it affects your tracking.
How to log a kisspeptin-10 protocol focused on reproductive and HPG-axis endpoints.
A focused tracking guide for Semax used solo, with an emphasis on separating real cognitive signal from caffeine and sleep effects.
What full-length TB4 is, how it differs from the TB-500 fragment, and how to track a cycle if you choose to run the parent peptide.
A practical decision framework for the most common peptide stack in recovery-focused protocols. Goals, timelines, and how to track stacks cleanly.
What P21 is, why the human evidence is essentially zero, and how to track it honestly if you choose to experiment at all.
A measured look at HCG, what it actually does, and the metrics worth tracking.
A tracking guide for metformin that takes its prescription status and side effects seriously.
What TRH is, its clinical contexts, and what to track honestly if you are exploring this hypothalamic tripeptide.
What ARA-290 is, why it was developed for small-fiber neuropathy, and how to track pain, sensation, and inflammatory markers if you use it.
Weekly GLP-1 receptor agonist with a clean titration shape — what to track and how it compares to semaglutide and tirzepatide.
A tracking guide for sermorelin, the 29-amino-acid GHRH analog, with realistic expectations for sleep, recovery, and IGF-1 changes.
What PEG-MGF is, how PEGylation changes the dosing schedule versus regular MGF, and how that changes what you track and when.
The strongest of the older GHRPs has tradeoffs that show up fast. Here is how to track them.
What MOTS-c does, what it might do in humans, and how to track it honestly.
A focused guide to tracking a tirzepatide protocol — the titration, the unique GIP-side effects, sulfur burps, and what to log week-over-week.
A practical guide to tracking GHK-Cu protocols — what to measure, what to photograph, and what the realistic timelines look like.
What B7-33 is, why it is studied in fibrosis and cardiac research, and why human tracking is currently very limited.
How to log KPV use across gut, skin, and inflammatory endpoints without overclaiming.
A practical look at pre-mixed sermorelin/ipamorelin blends — the GHRH plus GHRP rationale and the tracking tradeoffs of using one syringe.
A small peptide encoded in mitochondrial DNA with intriguing but very early evidence.
A tracking guide for direct NAD+ supplementation that takes the cost and evidence seriously.
A pragmatic guide to logging a semaglutide titration. What to capture daily, weekly, and at every dose increase.
The first-in-class GLP-1 receptor agonist, derived from Gila monster venom — twice-daily and weekly versions tracked.
What triptorelin is, its clinical uses, and what self-experimenters tracking off-label post-cycle restarts should log honestly.
Why some users choose a pre-mixed BPC-157 and TB-500 blend, what you give up in flexibility, and how to track a stacked recovery protocol.
How to log L-carnitine use across oral, injectable, and IV protocols with realistic expectations.
A short-acting IGF-1 variant used in research and bodybuilding circles. Here is how to track it honestly.
A focused tracking guide for oral NADH supplementation in fatigue, cognition, and Parkinson disease contexts.
A careful tracking guide for recombinant human growth hormone, focused on what to monitor when using a prescription compound with real metabolic consequences.
What vasopressin is, where it is used clinically, and the honest framing for any self-experimenter considering tracking it.
A practical tracking guide for GHRP-2, a ghrelin mimetic often paired with GHRH analogs, with attention to cortisol and prolactin.
What cagrilintide is, why it is being studied with semaglutide as CagriSema, and how to track appetite, weight, and tolerability.
What Pinealon is, where it sits in the Khavinson peptide family, and how to track its proposed cognitive and stress effects honestly.
A tracking guide for SS-31/elamipretide, the cardiolipin-binding peptide studied in mitochondrial disease and heart failure.
How to log a liraglutide titration and decide whether the daily-injection tradeoff makes sense for you.
What Vilon is, where the research comes from, realistic expectations, and how to track a course if you choose to run one.
A practical tracking guide for GHRP-6, with attention to the strong hunger response and how it fits a bulking phase.
Long-acting IGF-1 analog with extended half-life. What to measure and what to watch out for.
A tracking guide for NMN supplementation focused on what is actually measurable in humans.
What calcitonin is, where it is used clinically for bone and calcium disorders, and how to track a calcitonin protocol responsibly.
A focused tracking guide for TB-500 used by itself, separating its slower recovery signal from BPC-157 and confounders.
What the "Wolverine" branding actually is, how it differs from a plain BPC-157 / TB-500 blend on paper, and how to track either honestly.
What Retatrutide is, how the GLP-1 / GIP / glucagon mechanism differs from single-agonists, and how to track titration and side effects honestly.
How to think about and track proprietary multi-peptide blends marketed as one product, with honest limits on attribution.
How to log LL-37 use across antimicrobial and inflammation endpoints, with honest notes on the limited human data.
Two growth-hormone-releasing peptides that are usually used together. How they differ, how protocols are structured, and what to track.
How to track a Melanotan II loading and maintenance protocol. Dosing patterns, side-effect logging, photos, and the realistic timeline for pigment change.
The two leading GLP-1 protocols compared by what they ask of the user, what to track, and how the side-effect profiles differ across a titration.
What tesamorelin is, how protocols are structured, what to measure if you want to evaluate effects on visceral fat, energy, and sleep.
What HGH fragment 176-191 is, why protocols are structured the way they are, and the daily/weekly metrics that actually reveal whether it works for you.
Epitalon protocols last days, not weeks, and effects accumulate across cycles. Here is what to track if you want personal data that compounds over years.
How to track two of the most popular Russian-developed cognitive peptides. Daily dosing, objective cognitive metrics, and how to avoid fooling yourself.
DSIP claims to improve deep sleep, recovery, and pain modulation. Here is the tracking protocol that turns vague sleep impressions into real data.
PT-141 has a distinctive on/off effect profile that needs a different tracking pattern. What to log, when to log it, and the common attribution errors.