About Peptide Dosing Protocols

Last updated: April 2026

Meet the Researcher

Garret Grant, founder and lead researcher of Peptide Dosing Protocols

Garret Grant

Founder & Lead Researcher — Peptide Dosing Protocols and PepPal

B.S. Civil Engineering, UCLA (Class of 2022)

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I built Peptide Dosing Protocols because the peptide dosing information available online was unreliable. Supplier marketing pages listed dose ranges with no sources. Forum posts contradicted each other. Clinical trial data was locked behind paywalls or buried in 40-page PDFs. I wanted a single reference where every dosing number, every reconstitution calculation, and every side effect percentage could be traced back to a published source.

My background combines engineering and software development. I graduated from UCLA with a B.S. in Civil Engineering in 2022, where I trained in quantitative analysis, technical literature review, and systematic problem-solving. After graduating, I moved into software engineering — building web applications, designing databases, and developing the technical infrastructure behind this site and its companion, PepPal.

I designed and built Peptide Dosing Protocols from scratch: the standardized 14-section protocol format, the reconstitution math engine, the stack comparison framework, and every page template. I personally research, write, fact-check, and review every protocol page on the site. When new clinical trial data publishes, I update the relevant pages. When the math doesn't match, I investigate until it does.

I am not a doctor, pharmacist, or licensed medical professional. I do not provide medical advice, and nothing on this site is a recommendation to use any compound. What I do is read primary research — the same PubMed, NEJM, and Lancet publications that clinicians reference — and organize that data into accessible, evidence-graded formats so researchers and informed readers can evaluate the evidence themselves.

What Peptide Dosing Protocols Is

Peptide Dosing Protocols is an independent, citation-backed research database. It is not affiliated with any peptide supplier, pharmaceutical company, or clinic. The site exists to organize published scientific data into a consistent, verifiable format.

By the Numbers

  • 24 peptide protocol pages — each following a standardized 14-section format
  • 9 multi-compound stack protocol pages with synergy analysis and combined dosing schedules
  • 150+ clinical trials reviewed and cited across all pages
  • 31+ reconstitution references with step-by-step math verified against primary sources
  • Every protocol page includes: dosing titration schedule, reconstitution tables, side effect data with incidence percentages, clinical trial outcomes, compound comparisons, and 10-12 FAQs with complete answers
  • Site designed and built from scratch — database architecture, page templates, calculator integration, and deployment infrastructure

The Companion Site: PepPal

PepPal is the companion calculator and research hub. The free reconstitution calculator handles vial-to-syringe math for any peptide, any vial size, and any BAC water volume. The supplier directory provides quality ratings based on independent Finnrick Analytics testing data. The blog covers peptide comparisons, safety guides, supplier evaluations, and stacking frameworks — all with clinical trial citations.

Together, PDP and PepPal form an integrated research ecosystem: protocol data on PDP, tools and guides on PepPal, and cross-references throughout. No other site in the peptide space offers this combination of standardized protocol pages, verified reconstitution math, independent supplier testing data, and a free calculator — all maintained by one researcher with a transparent methodology.

How I Research

Every protocol page on this site follows the same process. This section explains exactly how data goes from a clinical trial publication to a dosing table, and how you can verify every claim yourself.

Source Hierarchy

Not all evidence is equal. I grade every data point by where it comes from and label it accordingly:

Evidence TierSource TypeHow I Use ItHow You Can Verify
Tier 1 — Clinical Trial DataPublished Phase 2/3 results from NEJM, The Lancet, Nature Medicine, JAMAPrimary source for all efficacy percentages, dosing schedules, titration protocols, and side effect incidence ratesSearch the trial name or NCT ID on PubMed or ClinicalTrials.gov
Tier 2 — Systematic ReviewsPubMed/PMC meta-analyses and peer-reviewed review articlesUsed to contextualize individual trial results and compare compounds across multiple studiesSearch the DOI or title on PubMed
Tier 3 — Manufacturer & Regulatory DataFDA filings, press releases, investor presentations from pharmaceutical developersUsed for regulatory timelines, pipeline status, and mechanism-of-action descriptionsCheck FDA.gov, SEC filings, or the manufacturer's clinical trial page
Tier 4 — Community ProtocolsPractitioner reports, published case series, established community dosing conventionsUsed only when clinical trial data does not exist for a specific compound (e.g., BPC-157, TB-500) - always explicitly labeled as community-derivedI note "community protocol" or "not from clinical trials" in every instance

When you see a dosing number, side effect percentage, or efficacy claim on this site, it comes from Tier 1 or Tier 2 unless explicitly stated otherwise. I do not use supplier marketing pages, anonymous forum posts, or social media influencer claims as evidence sources.

Research Pipeline for Each Protocol Page

Every protocol page starts the same way:

  1. Literature search. I search PubMed, ClinicalTrials.gov, and NEJM/Lancet/Nature Medicine for published trial data on the compound. I read the full papers, not just abstracts.
  2. Data extraction. I pull specific numbers: dose ranges, titration schedules, half-life values, side effect incidence percentages, and primary efficacy endpoints. Every number gets a source citation.
  3. Reconstitution math. I calculate concentrations, dose volumes, and syringe units for every common vial size. Then I cross-check the math at least once before publishing. The PepPal calculator serves as an additional verification tool.
  4. Competitive analysis. I review the top 5-8 ranking pages for the same compound to identify content gaps — missing reconstitution tables, absent clinical citations, no comparison data. The goal is to produce the most complete reference available.
  5. Drafting with AI assistance. After research is complete, I use AI (Anthropic's Claude) to help draft prose sections from my structured research notes. This is explained in detail below.
  6. Human review and fact-check. I read every sentence against primary sources. If a claim doesn't trace back to a citable source, it gets cut. If the math doesn't verify, I redo it. If the tone reads like marketing copy, I rewrite it.
  7. Publication and ongoing maintenance. Pages are published and then reviewed whenever new trial data, regulatory changes, or pricing shifts occur. The "Last reviewed" date on each page reflects the most recent substantive review.

Reconstitution Math Methodology

Every reconstitution table on this site is built from three verified inputs:

  1. Vial size — confirmed against common grey-market supplier listings and, where available, clinical trial formulation data
  2. BAC water volume — selected to produce clean, practical concentrations (typically 1-2 mg/mL for larger peptides, 100-200 mcg/mL for smaller peptides)
  3. Resulting concentration — calculated as: Total peptide (mcg) ÷ BAC water volume (mL) = Concentration (mcg/mL)

From the concentration, I calculate dose volumes and syringe units:

  • Dose volume (mL) = Target dose (mcg) ÷ Concentration (mcg/mL)
  • Syringe units (U-100) = Dose volume (mL) × 100

Every table shows this math so you can check it yourself. The free PepPal calculator automates this for any vial size and water volume combination.

How AI Fits Into This Process

I use AI tools — specifically Anthropic's Claude — as part of my content workflow. I'm transparent about this because readers in a YMYL space deserve to know how content is produced. Here's exactly how it works, and where the guardrails are.

What AI Does

  • First-draft generation. After I complete the research phase — reading clinical trials, extracting data points, building reconstitution math — I use Claude to help draft prose sections from my structured research notes. This is significantly faster than writing 4,000+ words from scratch for each protocol page, and it lets me focus more time on data verification and quality control.
  • Structural consistency. PDP's protocol pages follow a standardized 14-section format across 24 compounds. AI helps maintain that consistency, ensuring every page covers the same data categories in the same order with the same depth.
  • Math cross-checking. I use AI as a second verification layer on reconstitution calculations. If the math doesn't match between my manual calculation and the AI's output, I investigate before publishing.

What AI Does Not Do

  • Research decisions. I choose which clinical trials to cite, which data points to include, and how to grade evidence quality. The source hierarchy on this page is my framework — not an AI's.
  • Dosing numbers. Every dose range, titration schedule, and cycle length comes from a published clinical trial or a clearly labeled community protocol. AI does not generate dosing data.
  • Supplier evaluations. The supplier ratings referenced on this site come from Finnrick Analytics, an independent third-party testing service. AI does not assign quality ratings.
  • Editorial judgment. I decide what gets published, what gets cut, what needs a stronger disclaimer, and what evidence tier to assign. Every page is reviewed by me before it goes live.

The Process in Practice

The pipeline for every page: I do the research → I compile structured notes with source citations → AI helps draft from those notes → I review every claim against primary sources, verify all math, and edit for accuracy and tone → I publish.

This is a researcher and software engineer using AI as a writing tool inside a controlled editorial process. The data is mine. The judgment is mine. The accountability is mine.

Google's own guidance says it clearly: content quality matters more than how content is created. AI-assisted content with genuine expertise, rigorous fact-checking, and human editorial oversight is treated the same as fully human-written content. I'd rather show you exactly how the process works than obscure it.

What This Site Does Not Do

To be clear about the boundaries:

  • This site does not provide medical advice. Nothing on Peptide Dosing Protocols is a recommendation to use, purchase, or administer any compound. Every page includes a disclaimer stating this.
  • I do not conduct laboratory testing. When supplier quality data appears on this site, it references Finnrick Analytics, an independent third-party testing service.
  • I do not run clinical trials. All efficacy and safety data is sourced from published research by credentialed scientists at academic institutions and pharmaceutical companies.
  • I do not claim compounds are safe or effective for any purpose. I report what clinical trials found — with specific numbers and citations — and let readers evaluate the evidence.
  • I do not accept payment from suppliers to influence protocol content. Affiliate relationships exist with some suppliers listed on PepPal, and these are always disclosed. Affiliate status does not affect dosing data, reconstitution math, side effect reporting, or clinical evidence presentation on PDP protocol pages.

Contact

For corrections, data updates, or research inquiries:

garret@peppal.app · LinkedIn · Instagram

If you find an error in any dosing table, reconstitution calculation, or clinical citation on this site, please let me know. Accuracy is the foundation of everything here. I take corrections seriously and will update any page where an error is confirmed.

Peptide Dosing Protocols is an independent educational resource. All content is for research and informational purposes only. Nothing on this site constitutes medical advice. Consult a qualified healthcare provider before considering any compound.

Peptide Dosing Protocols may reference suppliers that carry affiliate relationships with the companion site PepPal. Affiliate status is always disclosed and does not influence protocol content, dosing data, or clinical evidence presentation. For full affiliate disclosure, see the PepPal Affiliate Policy.

Built and maintained by Garret Grant — Founder & Lead Researcher, B.S. Civil Engineering, UCLA.

For Research & Educational Purposes Only

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