Tracking a peptide blend without double-counting
Blends share ingredients, so it's easy to lose track of how much of each peptide you're really taking. Here's the clean way to track them.
Peptide blends are convenient, but they create a quiet tracking trap: their ingredients overlap, so it’s surprisingly easy to lose track of how much of any single peptide you’re actually taking. Here’s how to keep it straight.
The double-counting trap
GLOW, KLOW, and Wolverine all contain BPC-157 and TB-500. So if you run GLOW on a cycle and also keep a standalone BPC-157 vial going, your real weekly BPC-157 total is the sum of both, easy to overlook, and exactly the kind of thing worth seeing clearly.
Log the blend as one dose, count the parts
The clean approach: treat a blend as one product made of several components. You log a single injection — one dose, one time, one site — and the tracker derives how much of each peptide that injection delivered, from the blend’s ratio. No separate entries, no mental math.
Then it rolls those per-component amounts into a running total across everything you take, blends and standalone vials alike. That’s what catches the overlap.
Get the ratio and reconstitution right once
Blend ratios vary by seller, so whatever you track in, the setup step is the same: read the per-peptide amounts off your vial and work out what a single draw actually delivers of each one. Do that once and every later dose is arithmetic you’ve already done.
Why this is built into Lirea
This is how Lirea models a blend: one dose event, per-component totals, and a rollup that includes any standalone vials you also run, so a shared peptide never gets silently double-counted. Set the ratio off your vial once and every later dose is arithmetic you no longer have to do.
And like everything else in Lirea, it stays encrypted on your device, with no account and no server.
One injection, several peptides, one honest total. That’s the whole trick.
Get the ratio off the vial once, keep the components separate, and the totals look after themselves.