Optimization begins with understanding.

This panel shows how well your body manages blood sugar, insulin, lipids, and liver-related markers. It gives a picture of metabolic flexibility: how well your body switches between burning carbs and fat for fuel.

Blood Sugar (Fasting Glucose)

Your blood sugar after fasting. Shows your baseline fuel level.

HbA1c

A 3-month average of blood sugar. Shows your longer-term sugar control.

Insulin (Fasting)

Shows how hard your body is working to keep blood sugar in range. Higher levels can suggest insulin resistance.

Uric Acid

A waste product from protein breakdown. Higher levels can be linked to inflammation or gout risk.

This panel looks at sex hormones, thyroid function, and adrenal-related markers to show whether your body is in a strong recovery state or a more stressed, breakdown-prone state. Hormones affect energy, sleep, mood, muscle gain, and long-term vitality.

Testosterone (Total)

A key hormone for muscle, energy, and recovery. Low levels can affect strength and motivation.

Testosterone (Free)

Shows the small portion of testosterone that is available for your body to use right away.

SHBG

A protein that binds sex hormones. If it is high, less testosterone is available for the body to use.

DHEAS

An adrenal hormone that reflects stress reserve. Lower levels may suggest burnout or chronic stress.

Estradiol

A hormone important for bones, brain, and reproductive health. Men and women both need the right amount.

FSH

A hormone produced by the pituitary gland that helps control reproductive function.

Cortisol

The body's main stress hormone. When it stays high, it can affect sleep, recovery, and muscle building.

This panel looks at inflammation, muscle strain, and repair capacity to show whether your body is recovering well or falling behind. It helps you spot overtraining and hidden inflammatory load before they affect performance or day-to-day energy.

hsCRP

A sensitive inflammation marker. Higher levels suggest more inflammation in the body.

Homocysteine

A marker that can rise when B vitamins are low. Higher levels may suggest more cardiovascular stress.

CK Total (Creatine Kinase)

A marker of muscle breakdown. Often rises after hard exercise, but staying high can mean your muscles need more recovery.

LDH

A general tissue stress marker. Higher levels can suggest your body is under strain or recovering slowly.

CBC (Complete Blood Count)

Measures red blood cells, white blood cells, and platelets. Shows oxygen delivery, immune status, and clotting health.

Vitamin D

Important for bones, muscles, and immune health. Low levels are common and can affect how you feel.

ApoB measures the number of cholesterol-carrying particles that can enter artery walls. It is often more informative than cholesterol alone because it reflects the number of particles associated with cardiovascular risk, which cholesterol concentration alone does not capture. Your lipid profile fills in the broader picture of how your body processes fats.

ApoB

Reflects how many atherogenic particles are circulating, not just how much cholesterol they carry.

Total Cholesterol

Shows the overall cholesterol load in your bloodstream.

HDL

A protective cholesterol particle that helps clear excess cholesterol.

LDL

A cholesterol particle linked to plaque formation when elevated.

Triglyceride

A form of fat in the blood that reflects how your body stores and uses energy from food.

This panel checks liver enzymes, kidney function, electrolytes, and total protein to confirm your foundational organs are handling their workload. It is the safety baseline that any training, supplement, or protocol decision should be built on.

AST

An enzyme found in muscle and liver. Helps show whether stress is coming from exercise, muscle, or the liver.

ALT

An enzyme often used to check liver stress. Can rise with liver irritation, supplements, alcohol, or intense training.

GGT

A liver enzyme that can rise with liver stress or oxidative stress.

Creatinine

A marker related to kidney filtering. Can also reflect muscle mass and hydration.

BUN

Reflects protein metabolism and hydration. Can rise if you are dehydrated or eating a lot of protein.

Na/K/Cl (Sodium/Potassium/Chloride)

Sodium controls fluid balance and nerve function; potassium supports muscle contraction and heart rhythm; chloride helps maintain fluid and acid-base balance.

TPAG

Shows whether your body has enough protein support for repair, recovery, and healthy function. Proteins are essential for tissue repair, immune function, and strength.