BPC-157 and TB-500 Stack: Tracking a Multi-Compound Protocol

A research-peptide stack means logging more than one compound at once — here BPC-157 and TB-500 are used as the example — and the tracking challenge is keeping each compound’s reconstitution, concentration, and schedule distinct while viewing them on one timeline. Your role is record-keeping, not protocol design: capture the reconstitution volume and resulting concentration for each compound, log every administration with its date and site, and let the app keep the two schedules from blurring together. An important framing up front: these are RESEARCH compounds that are not approved for human use in many jurisdictions, this guide covers tracking mechanics only, and it makes no claims about effects or safety. Always consult a qualified healthcare professional, and follow all applicable laws.

Lyophilized research peptides are reconstituted with bacteriostatic water, and the resulting CONCENTRATION (mg per mL) determines how a logged dose maps to a syringe volume. For each compound, record the amount of peptide in the vial, the volume of bacteriostatic water added, and the concentration that produces — then the date of reconstitution, because reconstituted peptides have a limited usable window that a log helps you track. Keeping these numbers per compound is what prevents the most common stacking error: applying one compound’s concentration to the other. Dosed includes a reconstitution record so the math is stored rather than recalculated each time, and so a dose entered in mg can be displayed consistently. This is record-keeping; it is not guidance on amounts.

Different compounds in a stack often run on different frequencies, which is exactly where paper logs fall apart. The tracking solution is to treat each compound as its own scheduled item with its own cadence, while the app overlays both on a single calendar so you can see the full day’s administrations together. This makes a missed dose for one compound obvious without losing sight of the other, and it prevents the two from being conflated in memory. Mark the start date of the stack so the overall duration is visible. The benefit is a single coherent history of a multi-compound protocol — useful for your own records and for any conversation with a healthcare professional — without the app suggesting what the schedule should be.

When multiple injections occur in a short window, rotating sites is part of accurate tracking — and recording the site for each administration lets you see the rotation pattern across BOTH compounds rather than each in isolation. Logging the site every time builds a map of where recent injections went, so you can keep the rotation even when two compounds are administered close together. Dosed records the site per entry and can show the rotation history, which is far more reliable than trying to remember across a busy schedule. As with everything in this guide, this is a tracking feature for organizing a record; it is not a recommendation about technique, frequency, or suitability, which are matters for a qualified professional.

The reason to track a stack carefully is to end up with one clean, exportable history: each compound’s reconstitution and concentration, the two schedules overlaid with dates, and the site-rotation map. Dosed compiles these so you can review the full protocol or share it with a healthcare professional, replacing scattered notes with a single timeline. The export reflects only what you logged and makes no interpretation. Because these are research compounds, keep your records factual and complete, follow all applicable laws and institutional rules, and discuss anything health-related with a qualified professional who has your full picture.

Log each compound’s reconstitution, dose, site, and timing in Dosed and it tracks the full stack on a single timeline — separate concentrations and schedules per compound, a combined site-rotation history, and an export you can share. The app keeps the record organized; it does not design protocols or make claims about the compounds. This content is for research and educational purposes only, focuses on tracking features rather than medical advice, and you should always consult a qualified healthcare professional and follow applicable laws.