Your Health.
Continuously
Monitored.

The “bad” cholesterol that can build up in your artery walls.

Small, dense LDL particles, the type most likely to damage arteries.

Medium-sized LDL particles, between the large and small types.

How many LDL particles you have. Often a better guide to heart risk than LDL alone.

Shows whether your LDL is mostly large, safer particles or small, riskier ones.

The most common size of your LDL particles.

An inherited cholesterol particle that routine tests miss.

The total amount of cholesterol in your blood, good and bad combined.

The “good” cholesterol that carries extra cholesterol back to your liver.

All the cholesterol that can clog arteries, in one number.

A type of fat in your blood. High levels raise heart risk.

Compares total cholesterol with good cholesterol. Lower is better.

Counts every particle that can carry cholesterol into your arteries.

A sensitive marker of low-level inflammation linked to heart disease.

The large, most protective HDL particles.

A hormone from fat cells that helps control appetite and energy use.

A waste product. High levels are linked to gout, kidney and heart problems.

Extra markers that show how your heart and metabolism are working together.

Your blood sugar after fasting. A key check for diabetes risk.

Your average blood sugar over the last 2 to 3 months.

Shows how hard your body works to control blood sugar. An early sign of insulin resistance.

Antibodies that can attack the thyroid, as in Hashimoto’s disease.

Another sign that the immune system may be targeting the thyroid.

The main thyroid check. Shows whether your thyroid is underactive or overactive.

The main hormone your thyroid makes.

The active thyroid hormone that drives your energy and metabolism.

An antibody often found in rheumatoid arthritis.

Checks for an immune reaction to gluten linked to celiac disease.

Extra immune markers linked to common autoimmune conditions.

Looks for antibodies that attack your own cells, a sign of autoimmune disease.

Shows how strong an ANA result is.

Shows which type of autoimmune activity may be involved.

A sensitive marker of low-level inflammation linked to heart disease.

Looks for ongoing, low-level inflammation in the body.

Extra markers that show how well your immune system is balanced.

The number of infection-fighting cells in your blood.

White blood cells that fight bacterial infections first.

White blood cells that fight viruses and make antibodies.

White blood cells that clear infection and damaged cells.

White blood cells linked to allergies and parasites.

White blood cells involved in allergic reactions.

An indicator of ovarian reserve, the number of eggs remaining.

A hormone from the adrenal glands that helps make other sex hormones.

The main estrogen. Key for cycles, bones and mood.

Controls egg and sperm production. Helps show menopause stage.

Triggers ovulation in women and testosterone production in men.

A protein that controls how much testosterone and estrogen your body can use.

The testosterone your body can actually use.

All the testosterone in your blood. Affects energy, muscle and libido.

A hormone that affects fertility, cycles and libido.

A hormone that affects fertility, cycles and libido.

Prostate-specific antigen. A screening check for prostate health.

The part of PSA that moves freely in the blood.

Compares free PSA with total PSA to help assess prostate risk.

All the testosterone in your blood. Affects energy, muscle and libido.

The testosterone your body can actually use.

A protein that controls how much testosterone and estrogen your body can use.

A hormone from the adrenal glands that helps make other sex hormones.

The main estrogen. Key for cycles, bones and mood.

Controls egg and sperm production. Helps show menopause stage.

Triggers ovulation in women and testosterone production in men.

A marker of inflammation balance in your body.

A sensitive check for low vitamin B12.

Shows how much iron you have and how well it is carried around your body.

High levels are linked to heart and brain health risks, and low B vitamins.

Healthy fats that support your heart, brain and joints.

Fats found in many foods. Too much can drive inflammation.

The balance between these two fats. Lower is generally better.

The individual omega-3 fats that matter most for heart and brain.

The individual omega-6 fats, including arachidonic and linoleic acid.

Needed for strong bones, immunity and mood. Low levels are common.

Needed for bones, muscles, nerves and heart rhythm.

Supports muscles, nerves, sleep and energy.

Supports immunity, healing, skin and hormones.

Your body’s iron stores. Low levels can cause tiredness.

The main protein made by your liver. Keeps fluid in your blood vessels.

Proteins made by the liver and immune system.

Compares the two protein types to help check liver and immune health.

A liver enzyme. Raised levels can mean liver stress or fatty liver.

An enzyme from the liver and muscles. Helps check for liver damage.

An enzyme from the liver and bones. Helps spot bile duct or bone issues.

A liver enzyme that rises with alcohol, medication or bile duct problems.

A pigment cleared by the liver. High levels can cause yellow skin.

The total protein in your blood, a guide to nutrition and liver health.

Compares two waste products to help pinpoint kidney issues.

Controls fluid balance and blood pressure.

Keeps your heart rhythm and muscles working properly.

Works with sodium to balance fluids and acidity.

Needed for bones, muscles, nerves and heart rhythm.

Small amounts of protein in urine, an early sign of kidney strain.

A waste product cleared by the kidneys.

A waste product from muscles. Shows how well your kidneys filter.

An estimate of how well your kidneys filter your blood.

The number of red blood cells carrying oxygen around your body.

How much your red blood cells vary in size.

The average size of your platelets.

The protein in red blood cells that carries oxygen. Low levels mean anemia.

The share of your blood made up of red blood cells.

The average size of your red blood cells. Helps find the cause of anemia.

The average amount of hemoglobin in each red blood cell.

How concentrated the hemoglobin is in your red blood cells.

The cells that help your blood clot.

Your blood type.

Bicarbonate in your blood. Shows your body’s acid balance.

Needed for bones, muscles, nerves and heart rhythm.

Supports muscles, nerves, sleep and energy.

Controls fluid balance and blood pressure.

Keeps your heart rhythm and muscles working properly.

Works with sodium to balance fluids and acidity.