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How the modeling and tracking behind Amino Minder actually works

Amino Minder is built around real pharmacokinetic modeling, not just a dose log. These articles go under the hood -- the math behind an absorption curve, how a growth-hormone cascade is modeled, and what real protocol tracking requires that a simple log doesn't.

The Math

How Pharmacokinetic Modeling Works: The Real Math Behind an Absorption Curve

The Bateman function, half-life, and how a plasma-level chart is actually calculated -- not a black box.

The Math

Half-Life, Clearance, and Why Your Curve Looks Different From Someone Else's

Why the same dose produces a different curve for different people, and the two numbers that actually drive it.

The Math

Inside the Cascade: How a GHRH/GHRP Dose Triggers Downstream GH and IGF-1 Response

How GHRH/GHRP-class peptides like Ipamorelin trigger a downstream GH and IGF-1 chain reaction, modeled step by step.

Tracking

The Difference Between a Dose Log and Real Protocol Tracking

A timestamp can't tell you if you're adhering to a protocol. Here's what actually can.

Tracking

Route of Administration and Bioavailability: What Actually Determines Absorption

How route of administration and molecular weight determine how much of a dose actually reaches circulation.

The Math

Testosterone + hCG: How This Combination Preserves Fertility on TRT

Why testosterone replacement therapy suppresses natural fertility, how hCG works around that suppression, and what published studies show about the combination.

Evidence Check

BPC-157 + TB-500: What the Evidence Actually Shows (and Doesn't)

The published mechanism research behind BPC-157 and TB-500, and an honest look at how much of it has actually been confirmed in humans.

The Math

Sermorelin + Ipamorelin: A Different GHRH/GHRP Pairing, and Why the Timing Is the Point

How Sermorelin and Ipamorelin's very different half-lives shape their combined growth hormone effect, and how this pairing differs from CJC-1295 + Ipamorelin.