Imagine you get twelve blood markers back. Some are green, some are amber, one is red. Is that good or bad? Is your overall health improving or declining? A single score that combines everything — adjusted for who you are — gives you an answer.
That is what the Health Score does. It compresses a full blood panel into a 0–100 number that tells you, at a glance, where things stand. But how does it actually work?
🧠The Health Score is not a diagnosis — it is a decision-support tool. It tells you where to focus your attention, not whether you are "healthy" or "unhealthy."
Three Layers of Logic
The score is not a simple average of your markers. It goes through three distinct processing layers, each adding a level of sophistication:
Layer 1 — Marker Statuses: Every marker gets classified into one of six tiers based on its value compared to athletic-adjusted reference bands. OPTIMAL markers score full points. ACTION markers score near zero.
Layer 2 — Contextual Adjustments: Your training status, AAS use, rest days before the draw, muscle mass, and other factors adjust how each marker is weighted. A high creatinine reading from heavy training carries less weight than the same reading in a sedentary person.
Layer 3 — Priority Weighting: More clinically significant markers contribute more to the score. A critically low eGFR moves the needle far more than a slightly elevated CK. This ensures the score reflects real priorities, not statistical noise.
Context Changes Everything
How Markers Are Classified
Every marker in your panel is assigned one of six statuses. Here is what each one means and how it affects your score:
OPTIMAL / NORMAL
SUBOPTIMAL
CONTEXTUAL
PERFORMANCE
ATTENTION
ACTION
What Your Score Actually Means
The 0–100 scale maps to real-world health categories. Here is what each range looks like in practice:
85–100: Optimal
All markers are in healthy athletic ranges. Continue your protocol with routine monitoring. Most markers are OPTIMAL or CONTEXTUAL. This is where you want to be.
70–84: Good
Some markers need attention but nothing critical. Typically 1–2 SUBOPTIMAL markers. Review your diet, hydration, and rest protocol. No urgent changes needed.
50–69: Concerning
Multiple markers are drifting into ATTENTION territory. Review your compound choices, dosages, and recovery practices. Retest in 4–6 weeks. Consider dose reduction.
30–49: Critical
One or more markers in ACTION territory. Immediate protocol review required. Consider stopping the cycle or making significant dose reductions. Medical consultation strongly advised.
Below 30: Emergency
Critical pattern detected. Multiple markers in ACTION territory or one marker at extreme danger levels. Immediate medical consultation required. Stop all AAS use until your health is evaluated by a professional.
Score Is Relative to Your Baseline
What Different Scores Look Like
To make this concrete, here are three real-world scenarios and the scores they produce:
Score 91 — The Clean Runner
All markers OPTIMAL or CONTEXTUAL
Testosterone at 850 ng/dL on TRT, hematocrit 48%, eGFR 88, HDL 38 mg/dL, blood pressure 118/74. Everything is in range. This athlete has optimized their protocol for health. Only recommendation: maintain current approach and retest in 12 weeks.
Score 64 — The Moderate Blaster
Mixed ATTENTION and CONTEXTUAL markers
500 mg test/week, hematocrit 53%, eGFR 72 (artifact), HDL 22 mg/dL, ApoB 112 mg/dL, blood pressure 132/84. The hematocrit and lipids need attention, but nothing is critical. Recommendation: add cardio, increase hydration, consider reducing dose or adding a lipid-friendly compound adjustment.
Score 28 — The Danger Zone
Multiple markers in ACTION territory
1g test + 600 mg tren/week, hematocrit 59%, eGFR 51, blood pressure 155/95, AST 142, ALT 98, HDL 12 mg/dL. This is a medical emergency waiting to happen. Immediate protocol cessation required. This athlete needs medical evaluation and likely intervention for hematocrit and blood pressure.
The Three Adjustment Mechanisms
Not all abnormal markers are created equal. The engine uses three specific mechanisms to fine-tune how each marker affects the final score:
1. Priority Multipliers (0.0–1.0): These assign clinical importance to each marker. A mildly low HDL in an AAS user gets a priority multiplier of 0.10 — it barely matters. A critically high hematocrit at 58% gets a multiplier of 1.00 — it drives the score down hard.
2. Score Multipliers (0.0–1.0): These reduce the scoring impact of markers that are abnormal for contextual reasons. A training-related CK elevation of 800 U/L gets a score multiplier of 0.35 — reducing its impact because it is an expected training response, not a health problem.
3. Suppress Key Issue Flag: Some contextualized markers are removed from the "key issues" list entirely. They are explained by context and do not need your attention. A low SHBG in an AAS user is a perfect example — it is pharmacologically expected and clinically irrelevant.