Protocol Intelligence Tool — The Complete Peptide Research Calculator | Project Theo

What This Tool Does

The Protocol Intelligence Tool does two things that no other tool in this space does at the same time. It calculates the exact units to draw from a vial given any reconstitution volume and desired dose. Then it renders the actual pharmacokinetic exposure curve for that compound at that dose and frequency, showing what the protocol is really running at once it stabilizes.

Most researchers start a protocol knowing the compound name and a rough dose range from a forum or a group. What they usually do not know is what the steady state concentration actually looks like, how long it takes to get there, how far the trough drops between injections, or what the accumulation factor is. This tool makes all of that visible in plain language alongside the math.

The Reconstitution Calculator

Enter the compound, the vial size in milligrams, how much bacteriostatic water you are using, and the dose you want to run. The calculator returns the exact number of units to draw. It works for micrograms, milligrams, and international units and supports both U-100 and U-40 syringes. It also shows the concentration per milliliter, how many doses you get per vial, and how many vials are needed for a full cycle at that dose and frequency.

This is the part of the tool that solves the most common practical question before the pharmacokinetics even become relevant. Getting the reconstitution math wrong means the dose is wrong, and everything downstream from a wrong dose is noise.

The Half-Life Visualizer

The visualizer takes a dose and injection frequency and renders the full exposure curve over time. It shows the peak after each injection, the trough before the next one, the accumulation as doses build on each other, and the point where the curve levels off at steady state. Every data point comes with a plain English interpretation so a researcher who has never seen a pharmacokinetic chart can still understand what the numbers mean.

This matters because a compound with a long half-life does not behave the way most people expect. Retatrutide has a half-life of roughly six days. A researcher who starts at a standard weekly dose will not reach steady state for over five weeks. If that person feels nothing at week two and changes the dose or switches compounds, they are not evaluating the compound. They are reacting to a protocol that has not finished building to its actual running concentration. The visualizer makes that timeline visible so the evaluation happens at the right time.

Who This Tool Is For

Researchers who are planning a protocol and want to understand the math before they start. Researchers who are currently running a protocol and want to see whether they have given it enough time to stabilize. Researchers comparing injection frequencies to understand how peak-to-trough variability changes between daily, every-other-day, and weekly dosing for the same total weekly amount. Whether someone is new to peptide research or has been running protocols for years, the tool is built to be useful at both levels.

Why Steady State Matters

Steady state is the point where the amount of compound entering the body equals the amount being cleared between doses. Before that point each injection adds to the total circulating level. After that point the concentration holds within a predictable range between peak and trough. For short half-life compounds like Tesamorelin, steady state happens quickly and the curve resets almost completely between doses. For long half-life compounds like Semaglutide or Retatrutide, steady state can take weeks and the accumulation is substantial.

Research consistently shows that evaluating a protocol before it reaches steady state is one of the most common reasons protocols appear to fail. The compound has not finished building to its operational concentration. The visualizer shows exactly how many doses and how many days that takes for every compound in the database at whatever frequency the researcher enters.

What Compounds It Covers

The tool includes compounds across six research categories: GLP-1 and triple agonist compounds, growth hormone secretagogues, GHRH analogs, healing and repair peptides, mitochondrial and metabolic compounds, and hormonal support compounds. Each compound entry includes the published half-life, research reference ranges, standard frequencies, cycle lengths, storage requirements, and signal interference notes that explain what can blunt or modify the response.

The free version of the tool analyzes one compound at a time. The membership version currently in development supports full stack analysis with multi-compound overlays, receptor overlap detection, interaction flags, and automated 7-day scheduling across the full compound database simultaneously.

How This Connects to the Other Tools

The Protocol Intelligence Tool sits at the beginning of the decision process. For researchers who want to go deeper, the Protocol Diagnostic Tool identifies which specific variable is limiting results. The Protocol Builder constructs a full layered protocol from goal selection through compound assignment and conflict detection. All three tools are free.

For educational and research purposes only | Not medical advice | Not for human use guidance