Athlete Blood Panel

79 biomarkers included

• Lipids5
• Total CholesterolThe total amount of cholesterol in the clear fluid part of your blood after a blood draw.
• LDL CholesterolA type of cholesterol carried through your blood inside particles that can lodge in artery walls and slowly build the blockages behind heart attacks and strokes.
• HDL CholesterolThe amount of cholesterol carried in HDL particles in the clear fluid part of a blood sample.
• VLDL CholesterolA form of cholesterol packaged inside triglyceride-rich particles your liver releases into the bloodstream, closely tied to how your body handles fat and calories.
• TriglyceridesThis blood test measures triglycerides in serum from a blood draw. Serum is the liquid part of a blood sample. Triglycerides are fats your body uses to move and store energy.
• Inflammation3
• hs-CRPA protein your liver makes in response to inflammation, measured at very low levels to spot the slow-burning inflammation that quietly damages blood vessels over years.
• HomocysteineA sulfur-containing building block that forms when your body breaks down a common amino acid from protein, and its blood level reflects how well your one-carbon and B-vitamin systems are working.
• Uric AcidA waste product made when your body breaks down certain building blocks of cells called purines, which travels in the blood and is mostly cleared by the kidneys.
• Glucose Regulation4
• InsulinA hormone made by your pancreas that manages blood sugar and shows how hard your body is working to keep glucose in check.
• GlucoseSerum glucose is the amount of glucose in the liquid part of a venous blood sample after the blood has clotted. Glucose is the main sugar in your blood, and the result shows your blood sugar at that moment.
• HbA1cA form of the oxygen-carrying protein in your red blood cells that sugar has permanently stuck to, showing how high your blood sugar has run on average over the past two to three months.
• HOMA-IRA score calculated from fasting blood glucose and fasting insulin that estimates how hard your body has to work to keep blood sugar under control.
• Liver8
• AlbuminThe most abundant protein in your blood, produced by the liver, that reflects how well your body is managing inflammation, maintaining organ function, and preserving its repair capacity over time.
• ALPAlkaline phosphatase is an enzyme measured from a blood draw, usually in serum or plasma. The lab reports how active it is. Most of the signal comes from liver and bone, so high or persistently low results need those sources sorted out.
• ALTA protein made mostly inside liver cells that leaks into your blood when those cells are injured.
• ASTAST is an enzyme inside liver, heart, muscle, kidney, brain, and red blood cells. This blood test measures how much AST activity has leaked out of injured cells.
• Total BilirubinA yellow-orange pigment made when your body breaks down old red blood cells, cleared from the blood by a healthy liver and bile ducts.
• Direct BilirubinA waste product created when your liver processes old red blood cells, modified by the liver into a water-soluble form that can be eliminated through bile, reflecting how well your liver is handling one of its core cleanup jobs.
• GGTAn enzyme sitting on the surface of liver and other cells that leaks into the blood when those cells are under strain or damaged.
• Total GlobulinA calculated blood value for all proteins other than albumin, including antibodies and inflammation proteins.
• Kidney7
• Total ProteinThe combined amount of protein in serum. Serum is the liquid part of a blood sample. Most of the protein is albumin from the liver plus antibodies and related proteins.
• BUNA waste product from the breakdown of protein in your body that your kidneys normally filter out of your blood.
• CreatinineA waste product made by your muscles and cleared from your blood by your kidneys. It is mainly used to estimate kidney filtration.
• Cystatin CA small protein released by nearly every cell in your body that the kidneys filter out of your blood, making its level a sensitive read on how well your kidneys are working.
• eGFR (Creatinine + Cystatin C)An equation-based estimate of how well your kidneys filter waste from your blood, calculated from two markers in your blood instead of just one.
• eGFR (Cystatin C)A calculated estimate of how well your kidneys filter blood, based on a small protein that nearly every cell in your body releases at a steady rate.
• eGFR (Creatinine)A calculated estimate of kidney filtration based on creatinine measured from a blood draw, plus your age and sex.
• Thyroid4
• TSHA hormone released by a small gland at the base of your brain that tells your thyroid how much thyroid hormone to make.
• Free T4A thyroid hormone circulating unbound in your blood, reflecting the amount of active thyroid signal actually available to your body's tissues.
• Anti-TPOAn antibody your immune system makes against a key enzyme in your thyroid gland, signaling that your body may be attacking its own thyroid tissue.
• Free T3A thyroid hormone in its active, free-floating form, the version your cells actually use to set how fast your body runs.
• Electrolytes5
• CalciumA mineral in your blood that reflects the balance between what your gut absorbs, what your bones release, and what your kidneys keep or flush out.
• ChlorideA charged particle in your blood that helps control fluid balance, acidity levels, and electrical signaling throughout your body.
• SodiumA dissolved mineral in your blood that closely tracks how well your body is balancing water and salt.
• PotassiumA mineral in your blood that helps control heart rhythm, muscle function, and nerve signaling by maintaining the electrical charge across cell membranes.
• BicarbonateA substance in your blood that helps keep your body's acid levels in the right range, mostly by neutralizing acid that builds up from normal metabolism.
• Hormones7
• DHEA SulfateA hormone produced by the adrenal glands that serves as the body's main reservoir for building sex hormones, with levels that peak in your twenties and decline steadily with age.
• Total TestosteroneA hormone made mainly by the testicles in men and in smaller amounts by the ovaries and adrenal glands in women. It helps set sex drive, sperm production, erections, muscle, red blood cell production, bone strength, and sexual development.
• Free TestosteroneThe portion of testosterone circulating in your blood that is not bound to carrier proteins, which is the fraction your tissues can actually use.
• SHBGA blood protein made by your liver that carries testosterone and estradiol. Low levels can be an early clue that your body is struggling to handle sugar and storing more fat in the liver.
• LHLH is a hormone made by the pituitary gland at the base of your brain. It helps trigger ovulation in women, drives testosterone production in men, and often rises when the ovaries or testes stop responding strongly to the brain's signal.
• FSHFSH is a blood hormone made by the pituitary gland. It helps drive egg growth and sperm production.
• EstradiolThe most potent form of estrogen your body makes, produced mainly by the ovaries, that reflects reproductive function, bone strength, cardiovascular health, and brain chemistry across your lifespan.
• Vitamins3
• Vitamin D (25-hydroxy)A vitamin D compound made in your liver from the vitamin D you get through sunlight, food, and supplements, serving as the standard measure of how much vitamin D your body has stored.
• Vitamin B12A vitamin your body cannot make on its own, absorbed from animal foods, that your cells need to build DNA and keep nerves working properly.
• Vitamin B9 (Folate)A vitamin your body cannot make on its own, needed to build DNA and form healthy new blood cells, obtained entirely from food and supplements.
• Red Blood Cells7
• RBC CountA count of the red blood cells circulating in a set volume of your blood, reflecting your oxygen-carrying capacity and the overall health of your bone marrow.
• HemoglobinThe oxygen-carrying protein inside your red blood cells that picks up oxygen in your lungs and delivers it to every tissue in your body.
• HematocritA measurement of the percentage of your blood that is made up of red blood cells, reflecting your body's ability to carry oxygen and maintain healthy blood volume.
• MCVThe average size of your red blood cells on a whole-blood test from a blood draw. It can help narrow the cause of anemia, but it does not diagnose the cause by itself.
• MCHThe calculated average amount of oxygen-carrying hemoglobin inside one red blood cell on a complete blood count.
• MCHCA red blood cell measurement showing how concentrated the oxygen-carrying protein is inside your red cells. A low value means those cells are carrying less of it than expected.
• RDWA standard blood-count measure of how much your red blood cells vary in size.
• Lipoproteins2
• ApoBA blood protein found one-for-one on the main cholesterol-carrying particles that can get trapped in artery walls. Its level shows how many of those particles are circulating.
• Lipoprotein(a)A cholesterol-rich particle produced by your liver that carries a sticky protein which promotes plaque buildup in arteries and interferes with your body's ability to dissolve blood clots.
• Immune Function11
• WBC CountA count of the white blood cells in a whole-blood sample. It helps flag infection, inflammation, and times when your body is making too few immune cells, but it does not name the cause by itself.
• Neutrophil CountNeutrophil count is the number of neutrophils in a whole-blood sample. These common white blood cells are among the first cells your body sends to fight infection, and their count also reflects inflammation and bone marrow output.
• Lymphocyte CountThe lymphocyte count is the number of lymphocytes in your blood. These white blood cells help fight viruses, make antibodies, and patrol for abnormal cells.
• Basophil CountA type of white blood cell produced in the bone marrow that plays a central role in allergic reactions and immune defense, with abnormal levels signaling conditions ranging from active allergies to blood cancers.
• Monocyte CountThe absolute number of monocytes in a small amount of blood. Monocytes are white blood cells made in bone marrow that help fight infection and clear damaged tissue.
• Eosinophil CountAn eosinophil count measures how many eosinophils, a kind of white blood cell, are in your blood. These cells help with parasite defense and allergic immune reactions.
• Neutrophils %The share of your white blood cells that are neutrophils, a type of immune cell that is your body's first responder to infection and inflammation.
• Lymphocytes %The share of your white blood cells that are lymphocytes, a measurement that reflects the balance of your immune system in the blood.
• Basophils %A type of white blood cell that helps your body respond to allergens and certain inflammation, reported as the share of all your white blood cells.
• Monocytes %A type of white blood cell made in your bone marrow that circulates in your blood before entering tissues to fight infection and clear damaged cells, reported as the share of your total white blood cell count.
• Eosinophils %The share of one type of white blood cell, called eosinophils, among all the white blood cells circulating in your blood.
• Toxins3
• MercuryA toxic heavy metal that accumulates in the body from seafood, contaminated air, and occupational exposure, with higher blood levels signaling greater risk of damage to the brain, kidneys, and heart.
• ArsenicA toxic metal that accumulates in the body from contaminated water, food, and environmental sources, reflecting your level of exposure to one of the most widespread environmental poisons linked to cancer and heart disease.
• LeadA toxic metal that serves no purpose in the body and can damage the brain, heart, and kidneys at even trace levels of exposure.
• Bone & Muscle1
• Creatine KinaseAn enzyme concentrated in your muscles, heart, and brain that leaks into your blood when those tissues are damaged or under heavy stress.
• Stress & Recovery2
• CortisolA steroid hormone made by the adrenal glands that orchestrates your body's response to stress and follows a strong daily rhythm, peaking after you wake and falling through the evening.
• IGF-1A protein produced mainly by the liver that reflects your body's growth signaling, helping regulate tissue repair, metabolism, and cell renewal throughout life.
• Blood Clotting1
• Platelet CountPlatelet count measures how many platelets are in a whole-blood sample. Platelets are small blood fragments that help stop bleeding.
• Minerals1
• ZincAn essential trace mineral that your body cannot make on its own, used by hundreds of enzymes and immune cells to support everything from wound healing and infection defense to blood sugar control and brain function.
• Iron Studies4
• Total IronA mineral in your blood that your body uses to carry oxygen, produce energy, and support immune function, with levels reflecting the balance between what you absorb, store, and use.
• Transferrin SaturationA calculated percentage showing how much of your blood's main iron-carrying protein is loaded with iron, reflecting whether your body has too little or too much iron available for your cells.
• TIBCA blood measurement of how much iron your body's main iron-transport protein can carry, reflecting whether you have too little, enough, or too much iron available.
• FerritinA protein that stores iron inside your cells. A small amount reaches your blood, and when inflammation is low it gives the best single read on how much iron your body has banked.
• Fatty Acids1
• Omega-3 IndexA measurement of how much of two healthy fats from fish, called EPA and DHA, are built into the membranes of your red blood cells, which reflects your long-term omega-3 status.