The Whole Body Assessment

Your “wear and tear” age, not just birthday count.

• Biological AgeUses signals like inflammation, blood sugar control, kidney function, and blood health to estimate how fast (or slow) you’re aging.

Do you have enough healthy red cells circulating?

• RBC (Red Blood Cells)Counts the cells that carry oxygen. Low can mean anemia; high can mean thicker blood or dehydration.
• HemoglobinThe oxygen-carrying protein in red cells. Core screen for anemia and fatigue causes.
• Hematocrit% of blood made of red cells. Moves with hemoglobin and hydration.
• MCV / MCH / MCHCSize and hemoglobin content of each red cell. Helps sort iron vs B12 / folate problems.
• RDWVariation in red cell size. A wide spread can mean early or mixed anemia.
• PlateletsCells that help you clot. Too low = bleed risk; too high can track with inflammation.

Do you have enough iron on board to move oxygen efficiently?

• Total IronHow much iron is circulating in your blood right now.
• Iron Binding Capacity (TIBC)How much “open seat” your blood still has to carry more iron.
• FerritinStored iron. Low ferritin can mean low reserve even if other labs look “okay.”

Infection signals, allergy patterns, and immune reserve.

• WBC (White Blood Cells)Defense cells. High can mean infection or stress on the body; very low can mean low reserve.
• NeutrophilsOften rise with bacterial stress or sudden inflammation.
• LymphocytesImportant for viral defense and long-term immune memory.
• Monocytes“Clean-up crew.” Can climb with longer-running or chronic inflammation.
• EosinophilsCan point toward allergy-type inflammation or certain sensitivities.
• BasophilsAllergy / immune signaling cells, usually present in very small numbers.

Quiet, ongoing inflammation that can stress the heart and vessels.

• High-Sensitivity CRP (hs-CRP)Low-grade inflammation signal. Higher levels can line up with higher vessel / heart risk.
• ESR (Sed Rate)How fast red cells settle. A broad “are you inflamed?” screen.

How well you’re clearing waste and filtering blood.

• BUNProtein waste in the blood. Can rise with dehydration or kidney strain.
• CreatinineByproduct of muscle use. Along with eGFR, screens kidney filtration strength.
• eGFREstimated kidney filter rate. Lower numbers mean reduced kidney performance.

Hydration, heart rhythm support, and pH balance.

• Sodium (Na)Core salt for fluid balance, nerves, and blood pressure support.
• Potassium (K)Critical for heart rhythm and muscle contraction.
• Chloride (Cl)Works with sodium to keep fluids and acid–base steady.
• CO₂ / BicarbonatepH / acid–base status. Low can mean the body is running more acidic than normal.
• Anion GapMath check on acid–base balance in the blood.
• CalciumBone strength, muscle firing, and nerve signaling.

Liver cell stress and bile movement.

• ASTEnzyme released when liver (and sometimes muscle) cells are irritated.
• ALTMore liver-specific enzyme. High can mean liver irritation or injury.
• Alkaline PhosphataseCan reflect bile duct flow or bone turnover.
• Total BilirubinHow you clear red-cell breakdown through bile. Can flag bile flow problems.

Are you making and carrying enough of the core proteins your body needs?

• Total ProteinOverall circulating protein level (nutrition + liver production).
• AlbuminMain blood protein. Tracks nutrition, hydration, and liver synthesis.
• GlobulinTransport and immune-related proteins in your blood.
• A/G RatioBalance of albumin vs globulin; shifts can hint at inflammation or liver issues.

Cholesterol transport and circulating fats tied to vessel health.

• Total CholesterolAll cholesterol together. A starting number, not the whole story.
• LDL-CCholesterol carried to tissues. We want this in a safe range for artery health.
• HDL-CCholesterol carried away for recycling. Often called the “protective” fraction.
• TriglyceridesCirculating fats. Often linked with diet, weight, and blood sugar control.
• Non-HDL CholesterolTotal minus HDL. A useful single number for total cholesterol load.

Signals that drive energy, temperature, and daily metabolic speed.

• TSHBrain signal telling the thyroid to work harder or relax. First-line screen for slow or fast thyroid.
• T4 TotalTotal amount of main thyroid hormone in circulation.
• T3 UptakeIndirect look at how binding proteins handle thyroid hormone.
• Free T4 IndexEstimated “free” thyroid hormone available for your cells to actually use.

Baseline hormone signals that guide energy, body composition, and long-term metabolic health.

• Total TestosteroneOverall testosterone level in the bloodstream.
• Free TestosteroneTestosterone not tightly bound to proteins — the portion most available for tissues like muscle.
• Bioavailable TestosteroneFree + loosely bound testosterone. A practical look at usable signal.
• Sex Hormone Binding Globulin (SHBG)Carrier protein that “holds” testosterone and other hormones. Higher SHBG can mean less freely available hormone.
• EstradiolKey estrogen for bone, brain, and metabolic stability.
• AMH (Anti-Müllerian Hormone)Reflects ovarian reserve and hormone production capacity over time.

Foundation nutrients for nerves, bones, recovery, and energy.

• Vitamin B12Needed for healthy nerves and red blood cells. Low levels can show up as fatigue, tingling, or brain fog.
• Vitamin DSupports bone strength, muscle function, and immune balance. Low vitamin D is extremely common.