Labs / What we test
Every marker we read, explained.
130+ biomarkers, one short draw. A standard physical checks about 19.
Heart
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Total Cholesterol↻ follow-up
Total cholesterol measures all the cholesterol carried in your blood, including both protective and harmful types. Measuring it is important because it provides an early picture of your overall lipid balance. It is a key indicator of long term heart and blood vessel health.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEATHEROSCLEROSISHEART DISEASE RISKMETABOLIC HEALTH
HDL Cholesterol↻ follow-up
HDL cholesterol is often called the good cholesterol because it helps carry extra cholesterol away from your arteries and back to your liver. Measuring it is important because higher levels are linked with lower heart risk. It is a key indicator of how well your body clears cholesterol.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEATHEROSCLEROSISMETABOLIC SYNDROMEHEART DISEASE RISK
LDL Cholesterol↻ follow-up
LDL cholesterol is often called the bad cholesterol because too much of it can build up in artery walls. Measuring it is important because it is one of the strongest signals of heart and blood vessel risk. It is a key indicator used to guide prevention efforts.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEATHEROSCLEROSISCORONARY ARTERY DISEASEHEART DISEASE RISK
Triglycerides↻ follow-up
Triglycerides are a type of fat that your body stores for energy and circulates in the blood. Measuring them is important because high levels can signal problems with how your body handles fat and sugar. They are a key indicator of metabolic and heart health.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEINSULIN RESISTANCEMETABOLIC SYNDROMEFATTY LIVER DISEASEPANCREATITIS
Non-HDL Cholesterol↻ follow-up
Non-HDL cholesterol adds up all the cholesterol types that can contribute to artery buildup, leaving out only the protective HDL. Measuring it is important because it captures harmful particles that LDL alone may miss. It is a key indicator of overall heart risk.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEATHEROSCLEROSISHEART DISEASE RISKMETABOLIC SYNDROME
Cholesterol/HDL Ratio↻ follow-up
The cholesterol to HDL ratio compares your total cholesterol with your protective HDL. Measuring it is important because it summarizes the balance between harmful and helpful cholesterol in one number. It is a key indicator of overall cardiovascular risk.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEATHEROSCLEROSISHEART DISEASE RISKMETABOLIC SYNDROME
Triglyceride/HDL Ratio↻ follow-up
The triglyceride to HDL ratio compares two fats in your blood that often move in opposite directions with metabolic health. Measuring it is important because a high ratio can suggest your body is not handling insulin well. It is a key indicator of insulin resistance and heart risk.
Possible conditions this marker helps evaluate
INSULIN RESISTANCEMETABOLIC SYNDROMECARDIOVASCULAR DISEASETYPE 2 DIABETES
Remnant Cholesterol↻ follow-up
Remnant cholesterol is the cholesterol left in triglyceride rich particles after some fat has been removed. Measuring it is important because these leftover particles can lodge in artery walls. It is a key indicator of hidden cardiovascular risk.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEATHEROSCLEROSISINSULIN RESISTANCEMETABOLIC SYNDROME
Atherogenic Index of Plasma↻ follow-up
The atherogenic index of plasma combines triglycerides and HDL into a single value that reflects particle size and balance. Measuring it is important because it can flag a fat profile that favors artery buildup. It is a key indicator of cardiovascular and metabolic risk.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEATHEROSCLEROSISINSULIN RESISTANCEMETABOLIC SYNDROME
Lipoprotein(a)
Lipoprotein(a) is a cholesterol carrying particle that is largely set by your genes. Measuring it is important because high levels raise the risk of heart attack and stroke independent of other cholesterol. It is a key indicator of inherited cardiovascular risk.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEATHEROSCLEROSISAORTIC STENOSISSTROKE RISKINHERITED HEART RISK
Apolipoprotein B↻ follow-up
Apolipoprotein B is a protein found on every harmful cholesterol particle, so it reflects the total number of particles that can enter artery walls. Measuring it is important because particle count can predict risk better than cholesterol amount alone. It is a key indicator of cardiovascular risk.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEATHEROSCLEROSISCORONARY ARTERY DISEASEHEART DISEASE RISK
Apolipoprotein A1↻ follow-up
Apolipoprotein A1 is the main protein in HDL and helps move cholesterol away from your arteries. Measuring it is important because it reflects how well your protective cholesterol works. It is a key indicator of cardiovascular health.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEATHEROSCLEROSISHEART DISEASE RISKMETABOLIC HEALTH
ApoB/ApoA1 Ratio↻ follow-up
The ApoB to ApoA1 ratio compares harmful particle count with protective particle count in one value. Measuring it is important because it captures the balance that drives artery buildup. It is a key indicator of cardiovascular risk.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEATHEROSCLEROSISCORONARY ARTERY DISEASEHEART DISEASE RISK
EPA↻ follow-up
EPA is an omega 3 fatty acid found mainly in fish that supports a healthy inflammatory balance. Measuring it is important because levels reflect your dietary intake of marine fats. It is a key indicator of omega 3 status and heart health.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEINFLAMMATIONOMEGA-3 STATUSHEART DISEASE RISK
DPA↻ follow-up
DPA is an omega 3 fatty acid that sits between EPA and DHA in how the body uses fats. Measuring it is important because it adds to the full picture of your omega 3 status. It is a key indicator of dietary fat balance.
Possible conditions this marker helps evaluate
OMEGA-3 STATUSINFLAMMATIONCARDIOVASCULAR DISEASEHEART DISEASE RISK
DHA↻ follow-up
DHA is an omega 3 fatty acid that is important for brain, eye, and heart health. Measuring it is important because levels reflect how much marine fat your diet provides. It is a key indicator of omega 3 status.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASECOGNITIVE HEALTHINFLAMMATIONOMEGA-3 STATUS
Arachidonic Acid↻ follow-up
Arachidonic acid is an omega 6 fatty acid that helps form signals involved in inflammation and immune response. Measuring it is important because its balance with omega 3 fats affects inflammatory tone. It is a key indicator of fatty acid balance.
Possible conditions this marker helps evaluate
INFLAMMATIONOMEGA-6 STATUSCARDIOVASCULAR DISEASEFATTY ACID BALANCE
Linoleic Acid↻ follow-up
Linoleic acid is the most common omega 6 fatty acid and comes mainly from plant oils. Measuring it is important because it reflects dietary fat intake and can relate to heart and metabolic health. It is a key indicator of fatty acid status.
Possible conditions this marker helps evaluate
OMEGA-6 STATUSCARDIOVASCULAR DISEASEMETABOLIC HEALTHFATTY ACID BALANCE
Omega-3 Total↻ follow-up
Omega 3 total adds up the main omega 3 fats in your blood. Measuring it is important because higher levels are linked with better heart and brain health. It is a key indicator of overall omega 3 status.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEINFLAMMATIONOMEGA-3 STATUSHEART DISEASE RISK
Omega-6 Total↻ follow-up
Omega 6 total adds up the main omega 6 fats in your blood. Measuring it is important because the balance of omega 6 with omega 3 affects inflammation. It is a key indicator of dietary fat balance.
Possible conditions this marker helps evaluate
OMEGA-6 STATUSINFLAMMATIONCARDIOVASCULAR DISEASEFATTY ACID BALANCE
OmegaCheck Index↻ follow-up
The OmegaCheck index reflects the share of key omega 3 fats in your blood. Measuring it is important because a higher value is linked with lower cardiovascular risk. It is a key indicator of long term omega 3 status.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEOMEGA-3 STATUSHEART DISEASE RISKINFLAMMATION
Omega-6/Omega-3 Ratio↻ follow-up
The omega 6 to omega 3 ratio compares two families of fats that influence inflammation in different ways. Measuring it is important because a high ratio may favor a more inflammatory state. It is a key indicator of dietary fat balance.
Possible conditions this marker helps evaluate
INFLAMMATIONFATTY ACID BALANCECARDIOVASCULAR DISEASEMETABOLIC HEALTH
Arachidonic Acid/EPA Ratio↻ follow-up
The arachidonic acid to EPA ratio compares an omega 6 fat with an omega 3 fat to gauge inflammatory balance. Measuring it is important because a high ratio can reflect a tilt toward inflammation. It is a key indicator of fatty acid balance.
Possible conditions this marker helps evaluate
INFLAMMATIONFATTY ACID BALANCECARDIOVASCULAR DISEASEOMEGA-3 STATUS
Cardiometabolic+The particle-level view of your heart risk, past the standard cholesterol number.Specialty package
What it measures
LDL Particle NumberHow many cholesterol particles can enter artery walls.
Small LDL ParticlesThe dense particles most linked to plaque.
LDL Particle SizeSmaller particles carry more risk.
HDL Particle NumberYour protective-particle count.
Large HDL ParticlesThe most protective HDL fraction.
VLDL Particle NumberTriglyceride-rich particles that add risk.
LP-IR ScoreAn insulin-resistance signal from your lipids.
Oxidized LDLCholesterol that has been damaged and is more harmful.
Lp-PLA2An enzyme tied to unstable arterial plaque.
Possible conditions this panel helps evaluate
Heart riskHigh cholesterolFamily historyInsulin resistance
Oxidized LDLAdd-on
Damaged cholesterol that drives artery plaque.
Possible conditions this marker helps evaluate
Heart risk
Lp-PLA2Add-on
An enzyme tied to unstable arterial plaque.
Possible conditions this marker helps evaluate
Heart risk
TMAOAdd-on
A gut-derived marker linked to heart risk.
Possible conditions this marker helps evaluate
Heart riskGut
MPOAdd-on
An inflammation marker for vulnerable plaque.
Possible conditions this marker helps evaluate
Heart riskInflammation
Metabolic
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Glucose↻ follow-up
Glucose is the sugar your body uses for energy and is tightly controlled in the blood. Measuring it is important because high or low levels can point to problems with blood sugar control. It is a key indicator of metabolic and diabetes risk.
Possible conditions this marker helps evaluate
TYPE 2 DIABETESPREDIABETESINSULIN RESISTANCEMETABOLIC SYNDROME
Hemoglobin A1c↻ follow-up
Hemoglobin A1c reflects your average blood sugar over the past two to three months. Measuring it is important because it shows longer term blood sugar control than a single reading. It is a key indicator of diabetes and prediabetes.
Possible conditions this marker helps evaluate
TYPE 2 DIABETESPREDIABETESINSULIN RESISTANCEMETABOLIC SYNDROME
Estimated Average Glucose↻ follow-up
Estimated average glucose translates your A1c into a number that looks like a daily glucose reading. Measuring it is important because it makes long term blood sugar easier to understand. It is a key indicator of blood sugar control.
Possible conditions this marker helps evaluate
TYPE 2 DIABETESPREDIABETESINSULIN RESISTANCEMETABOLIC SYNDROME
TyG Index↻ follow-up
The TyG index combines fasting triglycerides and glucose to estimate how well your body responds to insulin. Measuring it is important because it offers a simple read on insulin resistance. It is a key indicator of metabolic risk.
Possible conditions this marker helps evaluate
INSULIN RESISTANCETYPE 2 DIABETESMETABOLIC SYNDROMECARDIOVASCULAR DISEASE
Fasting Insulin↻ follow-up
Fasting insulin measures the hormone that helps move sugar from your blood into your cells. Measuring it is important because high levels can appear before blood sugar rises. It is a key indicator of insulin resistance.
Possible conditions this marker helps evaluate
INSULIN RESISTANCETYPE 2 DIABETESMETABOLIC SYNDROMEPREDIABETES
HOMA-IR↻ follow-up
HOMA-IR combines fasting insulin and glucose to estimate how resistant your body is to insulin. Measuring it is important because it can reveal early metabolic stress. It is a key indicator of insulin resistance.
Possible conditions this marker helps evaluate
INSULIN RESISTANCETYPE 2 DIABETESMETABOLIC SYNDROMEPREDIABETES
HOMA-beta↻ follow-up
HOMA-beta estimates how well the insulin producing cells in your pancreas are working. Measuring it is important because it reflects the supply side of blood sugar control. It is a key indicator of pancreatic insulin function.
Possible conditions this marker helps evaluate
INSULIN RESISTANCETYPE 2 DIABETESMETABOLIC SYNDROMEPREDIABETES
QUICKI↻ follow-up
QUICKI is a calculation from fasting insulin and glucose that gauges insulin sensitivity. Measuring it is important because higher values suggest your body uses insulin well. It is a key indicator of metabolic health.
Possible conditions this marker helps evaluate
INSULIN RESISTANCETYPE 2 DIABETESMETABOLIC SYNDROMEPREDIABETES
Uric Acid↻ follow-up
Uric acid is a waste product made when your body breaks down certain compounds in food and cells. Measuring it is important because high levels can build up and cause joint and kidney problems. It is a key indicator of gout and metabolic risk.
Possible conditions this marker helps evaluate
GOUTKIDNEY STONESMETABOLIC SYNDROMECARDIOVASCULAR DISEASE
Liver
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ALT↻ follow-up
ALT is an enzyme found mostly in the liver that leaks into the blood when liver cells are stressed. Measuring it is important because raised levels can signal liver irritation or damage. It is a key indicator of liver health.
Possible conditions this marker helps evaluate
LIVER DISEASEFATTY LIVER DISEASEHEPATITISLIVER INFLAMMATION
AST↻ follow-up
AST is an enzyme found in the liver, muscle, and other tissues that rises when those cells are damaged. Measuring it is important because it helps assess liver and muscle health. It is a key indicator that is often read alongside ALT.
Possible conditions this marker helps evaluate
LIVER DISEASEFATTY LIVER DISEASEHEPATITISMUSCLE INJURY
Alkaline Phosphatase↻ follow-up
Alkaline phosphatase is an enzyme found mainly in the liver, bile ducts, and bones. Measuring it is important because changes can point to liver, bile, or bone problems. It is a key indicator of liver and bone health.
Possible conditions this marker helps evaluate
LIVER DISEASEBILE DUCT OBSTRUCTIONBONE DISORDERSVITAMIN D DEFICIENCY
Total Bilirubin↻ follow-up
Total bilirubin is a yellow pigment made when old red blood cells break down and is cleared by the liver. Measuring it is important because high levels can signal liver or red blood cell problems. It is a key indicator of liver function.
Possible conditions this marker helps evaluate
LIVER DISEASEGALLBLADDER DISEASEHEMOLYSISGILBERT SYNDROME
Albumin↻ follow-up
Albumin is the main protein in your blood and is made by the liver. Measuring it is important because it reflects liver function, nutrition, and fluid balance. It is a key indicator of overall health status.
Possible conditions this marker helps evaluate
LIVER DISEASEKIDNEY DISEASEMALNUTRITIONINFLAMMATION
Total Protein↻ follow-up
Total protein measures all the proteins in your blood, including albumin and globulins. Measuring it is important because it gives a broad view of nutrition, liver, and immune health. It is a key indicator of overall protein status.
Possible conditions this marker helps evaluate
LIVER DISEASEKIDNEY DISEASEMALNUTRITIONIMMUNE DISORDERS
Globulin↻ follow-up
Globulins are a group of blood proteins involved in immune defense and transport. Measuring them is important because changes can reflect infection, inflammation, or immune conditions. It is a key indicator of immune and liver health.
Possible conditions this marker helps evaluate
IMMUNE DISORDERSINFLAMMATIONLIVER DISEASECHRONIC INFECTION
Albumin/Globulin Ratio↻ follow-up
The albumin to globulin ratio compares two main groups of blood proteins. Measuring it is important because an unusual ratio can hint at liver, kidney, or immune issues. It is a key indicator that adds context to protein results.
Possible conditions this marker helps evaluate
LIVER DISEASEKIDNEY DISEASEIMMUNE DISORDERSINFLAMMATION
GGT↻ follow-up
GGT is an enzyme found in the liver and bile ducts that rises with certain liver stress. Measuring it is important because it is sensitive to bile flow problems and alcohol intake. It is a key indicator of liver and bile duct health.
Possible conditions this marker helps evaluate
LIVER DISEASEBILE DUCT OBSTRUCTIONALCOHOL RELATED LIVER STRESSFATTY LIVER DISEASE
Kidney
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Blood Urea Nitrogen↻ follow-up
Blood urea nitrogen measures a waste product that your kidneys filter out of the blood. Measuring it is important because levels reflect kidney function and hydration. It is a key indicator of kidney health.
Possible conditions this marker helps evaluate
KIDNEY DISEASEDEHYDRATIONKIDNEY FUNCTIONHEART FAILURE
Creatinine↻ follow-up
Creatinine is a waste product from muscle activity that your kidneys remove from the blood. Measuring it is important because rising levels can signal reduced kidney filtering. It is a key indicator of kidney function.
Possible conditions this marker helps evaluate
KIDNEY DISEASEKIDNEY FUNCTIONDEHYDRATIONCHRONIC KIDNEY DISEASE
eGFR↻ follow-up
eGFR estimates how well your kidneys are filtering waste from the blood. Measuring it is important because it is a main tool for staging kidney health. It is a key indicator of kidney function.
Possible conditions this marker helps evaluate
CHRONIC KIDNEY DISEASEKIDNEY FUNCTIONKIDNEY DISEASEHYPERTENSION
BUN/Creatinine Ratio↻ follow-up
The BUN to creatinine ratio compares two kidney waste markers to help find the cause of changes. Measuring it is important because it can separate hydration issues from kidney problems. It is a key indicator of kidney and fluid status.
Possible conditions this marker helps evaluate
KIDNEY DISEASEDEHYDRATIONKIDNEY FUNCTIONGASTROINTESTINAL BLEEDING
Sodium↻ follow-up
Sodium is an electrolyte that helps control fluid balance and nerve and muscle function. Measuring it is important because levels that are too high or low can affect many body systems. It is a key indicator of fluid and electrolyte balance.
Possible conditions this marker helps evaluate
DEHYDRATIONELECTROLYTE IMBALANCEKIDNEY DISEASEFLUID BALANCE
Potassium↻ follow-up
Potassium is an electrolyte that is essential for heart rhythm and muscle function. Measuring it is important because abnormal levels can affect the heart. It is a key indicator of electrolyte balance and kidney health.
Possible conditions this marker helps evaluate
ELECTROLYTE IMBALANCEKIDNEY DISEASECARDIAC ARRHYTHMIAADRENAL DISORDERS
Chloride↻ follow-up
Chloride is an electrolyte that works with sodium to balance fluids and acid levels in the body. Measuring it is important because changes can reflect hydration or acid base problems. It is a key indicator of electrolyte and acid base balance.
Possible conditions this marker helps evaluate
ELECTROLYTE IMBALANCEDEHYDRATIONACID BASE DISORDERSKIDNEY DISEASE
Carbon Dioxide↻ follow-up
Carbon dioxide in blood reflects bicarbonate, which helps keep your acid base balance steady. Measuring it is important because shifts can point to breathing, kidney, or metabolic issues. It is a key indicator of acid base balance.
Possible conditions this marker helps evaluate
ACID BASE DISORDERSELECTROLYTE IMBALANCEKIDNEY DISEASERESPIRATORY DISORDERS
Calcium↻ follow-up
Calcium is a mineral essential for bones, nerves, muscles, and blood clotting. Measuring it is important because abnormal levels can reflect bone, kidney, or hormone problems. It is a key indicator of mineral and metabolic balance.
Possible conditions this marker helps evaluate
BONE DISORDERSPARATHYROID DISORDERSKIDNEY DISEASEVITAMIN D DEFICIENCY
Urine Color↻ follow-up
Urine color is a simple visual clue to hydration and the presence of certain substances. Measuring it is important because unusual colors can point to dehydration, blood, or other issues. It is a key indicator used in a basic urine screen.
Possible conditions this marker helps evaluate
DEHYDRATIONURINARY TRACT INFECTIONLIVER DISEASEHYDRATION STATUS
Urine Appearance↻ follow-up
Urine appearance describes whether the sample looks clear or cloudy. Measuring it is important because cloudiness can suggest infection, crystals, or other particles. It is a key indicator in a routine urine check.
Possible conditions this marker helps evaluate
URINARY TRACT INFECTIONKIDNEY STONESDEHYDRATIONURINARY INFLAMMATION
Urine Specific Gravity↻ follow-up
Urine specific gravity shows how concentrated your urine is. Measuring it is important because it reflects hydration and how well kidneys balance fluids. It is a key indicator of hydration and kidney function.
Possible conditions this marker helps evaluate
DEHYDRATIONKIDNEY FUNCTIONHYDRATION STATUSKIDNEY DISEASE
Urine pH↻ follow-up
Urine pH measures how acidic or alkaline your urine is. Measuring it is important because it can relate to diet, kidney function, and stone formation. It is a key indicator in a urine analysis.
Possible conditions this marker helps evaluate
KIDNEY STONESURINARY TRACT INFECTIONACID BASE DISORDERSKIDNEY FUNCTION
Urine Protein↻ follow-up
Urine protein checks for protein leaking into the urine, which should normally be very low. Measuring it is important because higher amounts can be an early sign of kidney stress. It is a key indicator of kidney health.
Possible conditions this marker helps evaluate
KIDNEY DISEASECHRONIC KIDNEY DISEASEHYPERTENSIONDIABETES RELATED KIDNEY STRESS
Urine Glucose↻ follow-up
Urine glucose checks for sugar in the urine, which is usually not present. Measuring it is important because its presence can point to high blood sugar. It is a key indicator that supports diabetes screening.
Possible conditions this marker helps evaluate
TYPE 2 DIABETESHYPERGLYCEMIAPREDIABETESKIDNEY FUNCTION
Urine Ketones↻ follow-up
Urine ketones are byproducts made when the body burns fat for fuel instead of sugar. Measuring them is important because high levels can signal uncontrolled diabetes or fasting states. It is a key indicator of metabolic status.
Possible conditions this marker helps evaluate
DIABETIC KETOACIDOSISTYPE 2 DIABETESFASTING STATEMETABOLIC HEALTH
Urine Blood↻ follow-up
Urine blood checks for red blood cells that should not normally be in urine. Measuring it is important because it can point to infection, stones, or other urinary issues. It is a key indicator of urinary tract health.
Possible conditions this marker helps evaluate
URINARY TRACT INFECTIONKIDNEY STONESKIDNEY DISEASEBLADDER DISORDERS
Urine Bilirubin↻ follow-up
Urine bilirubin is a pigment left over when red blood cells break down, which the liver normally clears through the gut. Measuring it is important because it is not usually present in urine. It is a standard line on a complete urinalysis and is read alongside the liver results.
Possible conditions this marker helps evaluate
LIVER DISEASEBILE DUCT OBSTRUCTIONHEMOLYSISLIVER FUNCTION
Urine Urobilinogen↻ follow-up
Urobilinogen forms when gut bacteria act on bilirubin, and a small amount reaches the urine. Measuring it is important because the amount reflects how bile is moving through the liver and gut. It is a standard line on a complete urinalysis.
Possible conditions this marker helps evaluate
LIVER DISEASEBILE DUCT OBSTRUCTIONHEMOLYSISLIVER FUNCTION
Urine Nitrite↻ follow-up
Nitrite in urine forms when certain bacteria are present. Measuring it is important because a positive result strongly suggests a bacterial urinary infection. It is a key indicator of urinary tract infection.
Possible conditions this marker helps evaluate
URINARY TRACT INFECTIONKIDNEY INFECTIONBACTERIAL INFECTIONBLADDER DISORDERS
Urine Leukocyte Esterase↻ follow-up
Leukocyte esterase is an enzyme released by white blood cells and signals their presence in urine. Measuring it is important because it can suggest a urinary infection. It is a key indicator of urinary inflammation.
Possible conditions this marker helps evaluate
URINARY TRACT INFECTIONURINARY INFLAMMATIONKIDNEY INFECTIONBLADDER DISORDERS
Urine WBC↻ follow-up
Urine white blood cells show whether immune cells are present in the urinary tract. Measuring them is important because raised counts often point to infection or inflammation. It is a key indicator of urinary health.
Possible conditions this marker helps evaluate
URINARY TRACT INFECTIONURINARY INFLAMMATIONKIDNEY INFECTIONBLADDER DISORDERS
Urine RBC↻ follow-up
Urine red blood cells show whether blood is present in the urine under the microscope. Measuring them is important because they can point to stones, infection, or other issues. It is a key indicator of urinary tract health.
Possible conditions this marker helps evaluate
KIDNEY STONESURINARY TRACT INFECTIONKIDNEY DISEASEBLADDER DISORDERS
Urine Casts↻ follow-up
Urine casts are tiny tube shaped structures that form in the kidney and appear in urine. Measuring them is important because certain types can signal kidney disease. It is a key indicator of kidney health.
Possible conditions this marker helps evaluate
KIDNEY DISEASECHRONIC KIDNEY DISEASEKIDNEY INFLAMMATIONKIDNEY FUNCTION
Urine Crystals↻ follow-up
Urine crystals are mineral formations that can appear when urine is concentrated or imbalanced. Measuring them is important because some types relate to stone formation. It is a key indicator of stone risk and hydration.
Possible conditions this marker helps evaluate
KIDNEY STONESDEHYDRATIONGOUTMETABOLIC DISORDERS
Urine Epithelial Cells↻ follow-up
Epithelial cells in urine come from the lining of the urinary tract. Measuring them is important because many of them can suggest contamination or irritation. It is a key indicator that helps interpret a urine sample.
Possible conditions this marker helps evaluate
URINARY TRACT INFECTIONURINARY INFLAMMATIONSAMPLE CONTAMINATIONBLADDER DISORDERS
Urine Bacteria↻ follow-up
Bacteria in urine show whether microbes are present in the sample. Measuring them is important because high amounts often point to a urinary infection. It is a key indicator of urinary tract health.
Possible conditions this marker helps evaluate
URINARY TRACT INFECTIONKIDNEY INFECTIONBACTERIAL INFECTIONBLADDER DISORDERS
Urine Mucus↻ follow-up
Mucus in urine comes from the lining of the urinary tract, and small amounts are common. Measuring it is important because it helps explain why a sample looks cloudy. It is a standard line on the microscopic part of a complete urinalysis.
Possible conditions this marker helps evaluate
URINARY INFLAMMATIONSAMPLE CONTAMINATIONURINARY TRACT INFECTIONHYDRATION STATUS
Blood
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WBC↻ follow-up
White blood cells are the cells that defend your body against infection. Measuring them is important because high or low counts can reflect infection, inflammation, or immune problems. It is a key indicator of immune health.
Possible conditions this marker helps evaluate
INFECTIONINFLAMMATIONIMMUNE DISORDERSBLOOD DISORDERS
RBC↻ follow-up
Red blood cells carry oxygen from your lungs to the rest of your body. Measuring them is important because abnormal counts can point to anemia or other blood problems. It is a key indicator of oxygen carrying capacity.
Possible conditions this marker helps evaluate
ANEMIAPOLYCYTHEMIABLOOD DISORDERSDEHYDRATION
Hemoglobin↻ follow-up
Hemoglobin is the protein in red blood cells that carries oxygen. Measuring it is important because low levels are a main sign of anemia. It is a key indicator of your blood oxygen capacity.
Possible conditions this marker helps evaluate
ANEMIAIRON DEFICIENCYBLOOD DISORDERSPOLYCYTHEMIA
Hematocrit↻ follow-up
Hematocrit measures the share of your blood made up of red blood cells. Measuring it is important because it helps detect anemia or thickened blood. It is a key indicator of red blood cell status.
Possible conditions this marker helps evaluate
ANEMIAPOLYCYTHEMIADEHYDRATIONBLOOD DISORDERS
MCV↻ follow-up
MCV measures the average size of your red blood cells. Measuring it is important because cell size helps point to the cause of anemia. It is a key indicator that guides anemia evaluation.
Possible conditions this marker helps evaluate
ANEMIAIRON DEFICIENCYB12 DEFICIENCYFOLATE DEFICIENCY
MCH↻ follow-up
MCH measures the average amount of hemoglobin in each red blood cell. Measuring it is important because it helps classify the type of anemia. It is a key indicator used with other blood counts.
Possible conditions this marker helps evaluate
ANEMIAIRON DEFICIENCYBLOOD DISORDERSB12 DEFICIENCY
MCHC↻ follow-up
MCHC measures the concentration of hemoglobin within your red blood cells. Measuring it is important because it helps describe the quality of red cells. It is a key indicator in anemia evaluation.
Possible conditions this marker helps evaluate
ANEMIAIRON DEFICIENCYBLOOD DISORDERSHEMOLYSIS
RDW↻ follow-up
RDW measures how much your red blood cells vary in size. Measuring it is important because greater variation can be an early clue to certain anemias. It is a key indicator that supports blood count interpretation.
Possible conditions this marker helps evaluate
ANEMIAIRON DEFICIENCYB12 DEFICIENCYBLOOD DISORDERS
Platelet Count↻ follow-up
Platelets are cell fragments that help your blood clot. Measuring them is important because high or low counts can affect bleeding and clotting. It is a key indicator of clotting and bone marrow health.
Possible conditions this marker helps evaluate
BLEEDING DISORDERSCLOTTING DISORDERSBONE MARROW DISORDERSINFLAMMATION
MPV↻ follow-up
MPV measures the average size of your platelets. Measuring it is important because platelet size can hint at how they are being produced. It is a key indicator that adds detail to platelet results.
Possible conditions this marker helps evaluate
BLEEDING DISORDERSCLOTTING DISORDERSBONE MARROW DISORDERSINFLAMMATION
Neutrophils Absolute↻ follow-up
Absolute neutrophils count the immune cells that respond first to bacterial infection. Measuring them is important because levels rise with infection and fall with certain conditions. It is a key indicator of immune defense.
Possible conditions this marker helps evaluate
BACTERIAL INFECTIONINFLAMMATIONIMMUNE DISORDERSBONE MARROW DISORDERS
Neutrophils Percent↻ follow-up
Neutrophil percent shows the share of white blood cells that are neutrophils. Measuring it is important because shifts can point to infection or inflammation. It is a key indicator of immune balance.
Possible conditions this marker helps evaluate
BACTERIAL INFECTIONINFLAMMATIONIMMUNE DISORDERSSTRESS RESPONSE
Lymphocytes Absolute↻ follow-up
Absolute lymphocytes count the immune cells that fight viruses and support long term immunity. Measuring them is important because levels change with viral illness and immune conditions. It is a key indicator of immune health.
Possible conditions this marker helps evaluate
VIRAL INFECTIONIMMUNE DISORDERSCHRONIC INFECTIONBLOOD DISORDERS
Lymphocytes Percent↻ follow-up
Lymphocyte percent shows the share of white blood cells that are lymphocytes. Measuring it is important because shifts can reflect viral illness or immune changes. It is a key indicator of immune balance.
Possible conditions this marker helps evaluate
VIRAL INFECTIONIMMUNE DISORDERSCHRONIC INFECTIONINFLAMMATION
Monocytes Absolute↻ follow-up
Absolute monocytes count immune cells that clear debris and help control inflammation. Measuring them is important because levels can rise with chronic infection or inflammation. It is a key indicator of immune activity.
Possible conditions this marker helps evaluate
CHRONIC INFECTIONINFLAMMATIONIMMUNE DISORDERSBLOOD DISORDERS
Monocytes Percent↻ follow-up
Monocyte percent shows the share of white blood cells that are monocytes. Measuring it is important because changes can reflect ongoing inflammation or infection. It is a key indicator of immune balance.
Possible conditions this marker helps evaluate
CHRONIC INFECTIONINFLAMMATIONIMMUNE DISORDERSBLOOD DISORDERS
Eosinophils Absolute↻ follow-up
Absolute eosinophils count immune cells involved in allergy and parasite defense. Measuring them is important because high levels can point to allergies or other conditions. It is a key indicator of allergic and immune activity.
Possible conditions this marker helps evaluate
ALLERGIESASTHMAPARASITIC INFECTIONIMMUNE DISORDERS
Eosinophils Percent↻ follow-up
Eosinophil percent shows the share of white blood cells that are eosinophils. Measuring it is important because shifts can reflect allergy or parasite response. It is a key indicator of allergic and immune balance.
Possible conditions this marker helps evaluate
ALLERGIESASTHMAPARASITIC INFECTIONIMMUNE DISORDERS
Basophils Absolute↻ follow-up
Absolute basophils count a small group of immune cells involved in allergic and inflammatory responses. Measuring them is important because levels can change with certain immune conditions. It is a key indicator of immune activity.
Possible conditions this marker helps evaluate
ALLERGIESINFLAMMATIONIMMUNE DISORDERSBLOOD DISORDERS
Basophils Percent↻ follow-up
Basophil percent shows the share of white blood cells that are basophils. Measuring it is important because changes can relate to allergy or inflammation. It is a key indicator of immune balance.
Possible conditions this marker helps evaluate
ALLERGIESINFLAMMATIONIMMUNE DISORDERSBLOOD DISORDERS
Inflammation
ProtocolProtocol+Protocol Complete
hs-CRP↻ follow-up
hs-CRP measures a protein that rises when there is inflammation in the body, even at low levels. Measuring it is important because low grade inflammation is linked with heart risk. It is a key indicator of inflammation and cardiovascular risk.
Possible conditions this marker helps evaluate
INFLAMMATIONCARDIOVASCULAR DISEASEINFECTIONHEART DISEASE RISK
Homocysteine↻ follow-up
Homocysteine is an amino acid that can build up when certain B vitamins are low. Measuring it is important because high levels are linked with heart and blood vessel risk. It is a key indicator of cardiovascular and B vitamin status.
Possible conditions this marker helps evaluate
CARDIOVASCULAR DISEASEB VITAMIN DEFICIENCYSTROKE RISKBLOOD CLOTTING
Thyroid
ProtocolProtocol+Protocol Complete
TSH↻ follow-up
TSH is the hormone from your brain that tells your thyroid how much hormone to make. Measuring it is important because it is the main screen for thyroid function. It is a key indicator of an underactive or overactive thyroid.
Possible conditions this marker helps evaluate
HYPOTHYROIDISMHYPERTHYROIDISMTHYROID DISORDERSMETABOLIC HEALTH
Free T4↻ follow-up
Free T4 measures the active form of the main thyroid hormone available to your tissues. Measuring it is important because it confirms how well the thyroid is working. It is a key indicator of thyroid function.
Possible conditions this marker helps evaluate
HYPOTHYROIDISMHYPERTHYROIDISMTHYROID DISORDERSPITUITARY DISORDERS
Free T3↻ follow-up
Free T3 measures the most active thyroid hormone that drives your metabolism. Measuring it is important because it reflects active thyroid signaling. It is a key indicator of thyroid function.
Possible conditions this marker helps evaluate
HYPERTHYROIDISMHYPOTHYROIDISMTHYROID DISORDERSMETABOLIC HEALTH
TPO Antibodies
TPO antibodies are immune proteins that can attack the thyroid gland. Measuring them is important because they point to autoimmune thyroid conditions. It is a key indicator of autoimmune thyroid risk.
Possible conditions this marker helps evaluate
HASHIMOTO THYROIDITISAUTOIMMUNE THYROID DISEASEHYPOTHYROIDISMTHYROID DISORDERS
Thyroglobulin Antibodies↻ follow-up
Thyroglobulin antibodies are immune proteins directed against a thyroid protein. Measuring them is important because they support detection of autoimmune thyroid disease. It is a key indicator of thyroid autoimmunity.
Possible conditions this marker helps evaluate
HASHIMOTO THYROIDITISAUTOIMMUNE THYROID DISEASEHYPOTHYROIDISMTHYROID DISORDERS
Thyroid Deep-DiveBeyond TSH, the full thyroid conversion and antibody picture.Specialty package
What it measures
Reverse T3The inactive thyroid hormone that can blunt conversion.
Free T3The most active thyroid hormone your cells use.
Free T3 to Reverse T3 RatioHow well you convert thyroid hormone.
Thyroglobulin AntibodiesAn immune marker for thyroid autoimmunity.
Possible conditions this panel helps evaluate
FatigueWeight changesCold sensitivityBrain fog
Hormones
ProtocolProtocol+Protocol Complete
Total Testosterone↻ follow-up
Total testosterone measures all the main male sex hormone in your blood, both bound and free. Measuring it is important because it affects energy, muscle, mood, and sexual health. It is a key indicator of hormone balance.
Possible conditions this marker helps evaluate
LOW TESTOSTERONEHYPOGONADISMHORMONE IMBALANCEFERTILITY
Free Testosterone↻ follow-up
Free testosterone measures the portion of the hormone that is active and available to your tissues. Measuring it is important because it can reveal a problem that total levels miss. It is a key indicator of active hormone status.
Possible conditions this marker helps evaluate
LOW TESTOSTERONEHYPOGONADISMHORMONE IMBALANCESEXUAL HEALTH
Bioavailable Testosterone↻ follow-up
Bioavailable testosterone measures the hormone that is free or loosely bound and ready for your tissues to use. Measuring it is important because it reflects truly usable testosterone. It is a key indicator of active hormone status.
Possible conditions this marker helps evaluate
LOW TESTOSTERONEHYPOGONADISMHORMONE IMBALANCESEXUAL HEALTH
SHBG↻ follow-up
SHBG is a protein that binds sex hormones and controls how much is free for your body to use. Measuring it is important because it helps interpret testosterone and estrogen levels. It is a key indicator of hormone availability.
Possible conditions this marker helps evaluate
HORMONE IMBALANCELOW TESTOSTERONEINSULIN RESISTANCELIVER DISEASE
Estradiol↻ follow-up
Estradiol is a main form of estrogen important for reproductive and bone health in all bodies. Measuring it is important because balance matters for fertility, mood, and bones. It is a key indicator of hormone balance.
Possible conditions this marker helps evaluate
HORMONE IMBALANCEFERTILITYMENOPAUSEBONE HEALTH
DHEA-Sulfate
DHEA sulfate is a hormone from the adrenal glands that the body can turn into other sex hormones. Measuring it is important because it reflects adrenal hormone output. It is a key indicator of adrenal and hormone health.
Possible conditions this marker helps evaluate
ADRENAL DISORDERSHORMONE IMBALANCEPCOSAGING
FSH
FSH is a hormone that helps control the ovaries and testes and supports fertility. Measuring it is important because levels help assess reproductive function. It is a key indicator of fertility and hormone signaling.
Possible conditions this marker helps evaluate
FERTILITYMENOPAUSEHYPOGONADISMPITUITARY DISORDERS
LH
LH is a hormone that triggers ovulation and supports testosterone production. Measuring it is important because it helps evaluate reproductive and hormone health. It is a key indicator of fertility and hormone signaling.
Possible conditions this marker helps evaluate
FERTILITYMENOPAUSEHYPOGONADISMPCOS
Testosterone/Estradiol Ratio↻ follow-up
The testosterone to estradiol ratio compares two key sex hormones to gauge their balance. Measuring it is important because the balance affects mood, libido, and body composition. It is a key indicator of hormone balance.
Possible conditions this marker helps evaluate
HORMONE IMBALANCELOW TESTOSTERONEESTROGEN DOMINANCESEXUAL HEALTH
FSH/LH Ratio
The FSH to LH ratio compares two reproductive hormones that work together. Measuring it is important because the balance can help evaluate conditions like ovarian function. It is a key indicator of reproductive health.
Possible conditions this marker helps evaluate
PCOSFERTILITYMENOPAUSEHORMONE IMBALANCE
PSA TotalMen 40+
PSA total measures a protein made by the prostate that appears in the blood. Measuring it is important because changes can prompt further prostate evaluation. It is a key indicator of prostate health.
Possible conditions this marker helps evaluate
PROSTATE HEALTHBENIGN PROSTATIC HYPERPLASIAPROSTATE INFLAMMATIONPROSTATE SCREENING
ProgesteroneWomen
Progesterone is a hormone important for the menstrual cycle, pregnancy, and hormone balance. Measuring it is important because it helps assess ovulation and reproductive health. It is a key indicator of hormone balance.
Possible conditions this marker helps evaluate
FERTILITYMENSTRUAL HEALTHHORMONE IMBALANCEPREGNANCY
Prolactin↻ follow-up
Prolactin is a hormone best known for supporting milk production but present in everyone. Measuring it is important because high levels can affect fertility and hormone balance. It is a key indicator of pituitary and reproductive health.
Possible conditions this marker helps evaluate
PITUITARY DISORDERSFERTILITYHORMONE IMBALANCELOW TESTOSTERONE
Cortisol AM↻ follow-up
Morning cortisol measures a stress hormone that is usually highest early in the day. Measuring it is important because abnormal levels can point to adrenal problems. It is a key indicator of adrenal and stress hormone health.
Possible conditions this marker helps evaluate
ADRENAL DISORDERSCUSHING SYNDROMEADDISON DISEASESTRESS RESPONSE
Cortisol/DHEA-S Ratio↻ follow-up
The cortisol to DHEA sulfate ratio compares two adrenal hormones to gauge stress balance. Measuring it is important because an imbalance may reflect chronic stress load. It is a key indicator of adrenal and stress health.
Possible conditions this marker helps evaluate
ADRENAL DISORDERSSTRESS RESPONSEHORMONE IMBALANCECHRONIC STRESS
Testosterone/Cortisol Ratio↻ follow-up
The testosterone to cortisol ratio compares a building hormone with a stress hormone. Measuring it is important because the balance can reflect recovery and stress load. It is a key indicator of hormonal and recovery status.
Possible conditions this marker helps evaluate
STRESS RESPONSEHORMONE IMBALANCEOVERTRAININGRECOVERY STATUS
PSA Free↻ follow-upMen 40+
PSA free measures the portion of prostate protein that circulates unbound in the blood. Measuring it is important because it adds detail when total PSA is raised. It is a key indicator that helps refine prostate evaluation.
Possible conditions this marker helps evaluate
PROSTATE HEALTHBENIGN PROSTATIC HYPERPLASIAPROSTATE SCREENINGPROSTATE INFLAMMATION
Percent Free PSA↻ follow-upMen 40+
Percent free PSA compares free PSA with total PSA as a ratio. Measuring it is important because it helps interpret a borderline PSA result. It is a key indicator that supports prostate evaluation.
Possible conditions this marker helps evaluate
PROSTATE HEALTHPROSTATE SCREENINGBENIGN PROSTATIC HYPERPLASIAPROSTATE INFLAMMATION
DHT↻ follow-upMen
DHT is a strong form of testosterone that affects hair, skin, and the prostate. Measuring it is important because it influences male pattern hair changes and prostate growth. It is a key indicator of androgen activity.
Possible conditions this marker helps evaluate
HAIR LOSSBENIGN PROSTATIC HYPERPLASIAHORMONE IMBALANCEPROSTATE HEALTH
Testosterone/DHT Ratio↻ follow-upMen
The testosterone to DHT ratio compares testosterone with its stronger derivative. Measuring it is important because it reflects how much testosterone is being converted. It is a key indicator of androgen metabolism.
Possible conditions this marker helps evaluate
HORMONE IMBALANCEHAIR LOSSPROSTATE HEALTHANDROGEN METABOLISM
AMH↻ follow-upWomen · pre-meno
AMH is a hormone that reflects the number of eggs remaining in the ovaries. Measuring it is important because it helps estimate ovarian reserve. It is a key indicator of fertility potential.
Possible conditions this marker helps evaluate
FERTILITYOVARIAN RESERVEPCOSMENOPAUSE
Estrone↻ follow-upWomen
Estrone is a form of estrogen that becomes more prominent after menopause. Measuring it is important because it adds to the full estrogen picture. It is a key indicator of hormone balance.
Possible conditions this marker helps evaluate
MENOPAUSEHORMONE IMBALANCEESTROGEN BALANCEBONE HEALTH
Hormone Deep-DiveThe full hormone picture behind your core panel numbers, tailored to your sex.Specialty package
What it measures
Ultrasensitive EstradiolA precise estrogen read, useful at low levels.
Total TestosteroneThe anchor for your free and bioavailable numbers.
Free TestosteroneThe testosterone actually available to your body.
Bioavailable TestosteroneFree plus loosely bound testosterone.
SHBGThe protein that controls how much hormone is free.
AlbuminRefines the free-hormone calculation.
DHTMenThe strong androgen behind hair and prostate changes.
ProgesteroneWomenThe cycle and luteal-phase hormone.
DHEA-SulfateWomenThe adrenal androgen reserve.
ProlactinWomenRead alongside your cycle hormones.
LHA pituitary hormone that drives the gonads.
FSHRead with LH for the pituitary picture.
Possible conditions this panel helps evaluate
Low libidoFatigueMood changesBody composition
Fertility / AMHWomenYour ovarian reserve and fertility hormone picture.Specialty package
Measures ovarian reserve, so it is offered to women before menopause.
What it measures
AMHReflects the number of eggs remaining.
FSHA pituitary hormone that drives the ovaries.
EstradiolRead alongside FSH for ovarian function.
Possible conditions this panel helps evaluate
Family planningIrregular cyclesOvarian reserve
Cortisol / StressYour stress hormone and how it sits against your reserves.Specialty package
What it measures
Morning CortisolYour stress hormone at its daily peak.
DHEA-SulfateThe adrenal reserve cortisol is balanced against.
Cortisol to DHEA-S RatioA read on chronic stress load.
Possible conditions this panel helps evaluate
Chronic stressFatigueSleep issuesBurnout
DHTAdd-on
The strong androgen behind hair and prostate changes.
Possible conditions this marker helps evaluate
Hair lossProstate
PregnenoloneAdd-on
The precursor your body makes other hormones from.
Possible conditions this marker helps evaluate
Hormone balanceFatigue
Vitamins & minerals
ProtocolProtocol+Protocol Complete
Vitamin D
Vitamin D supports bone health, immune function, and many body processes. Measuring it is important because low levels are common and affect bones and immunity. It is a key indicator of vitamin D status.
Possible conditions this marker helps evaluate
VITAMIN D DEFICIENCYBONE DISORDERSIMMUNE HEALTHOSTEOPOROSIS
Ferritin↻ follow-up
Ferritin reflects how much iron your body has stored. Measuring it is important because low levels point to iron deficiency and high levels can signal overload or inflammation. It is a key indicator of iron status.
Possible conditions this marker helps evaluate
IRON DEFICIENCYANEMIAIRON OVERLOADINFLAMMATION
Vitamin B12
Vitamin B12 is needed for healthy nerves and red blood cell formation. Measuring it is important because low levels can cause anemia and nerve problems. It is a key indicator of B12 status.
Possible conditions this marker helps evaluate
B12 DEFICIENCYANEMIANERVE DISORDERSCOGNITIVE HEALTH
Folate
Folate is a B vitamin needed for cell growth and red blood cell formation. Measuring it is important because low levels can cause anemia. It is a key indicator of folate status.
Possible conditions this marker helps evaluate
FOLATE DEFICIENCYANEMIAPREGNANCY HEALTHNUTRITIONAL STATUS
Iron↻ follow-up
Iron is a mineral your body uses to carry oxygen in the blood. Measuring it is important because both low and high levels can affect health. It is a key indicator of iron status.
Possible conditions this marker helps evaluate
IRON DEFICIENCYANEMIAIRON OVERLOADFATIGUE
TIBC↻ follow-up
TIBC measures how much capacity your blood has to carry iron. Measuring it is important because it helps reveal whether iron stores are low or high. It is a key indicator that supports iron evaluation.
Possible conditions this marker helps evaluate
IRON DEFICIENCYANEMIAIRON OVERLOADNUTRITIONAL STATUS
Transferrin Saturation↻ follow-up
Transferrin saturation shows what share of your iron carrying capacity is filled with iron. Measuring it is important because it helps separate deficiency from overload. It is a key indicator of iron status.
Possible conditions this marker helps evaluate
IRON DEFICIENCYIRON OVERLOADANEMIAHEMOCHROMATOSIS
Magnesium↻ follow-up
Magnesium is a mineral involved in muscle, nerve, and energy functions. Measuring it is important because low levels can affect the heart and muscles. It is a key indicator of mineral balance.
Possible conditions this marker helps evaluate
ELECTROLYTE IMBALANCEMUSCLE CRAMPSCARDIAC ARRHYTHMIAMETABOLIC HEALTH
MicronutrientThe vitamins and minerals your diet affects most.Specialty package
What it measures
ZincImmune function and healing.
SeleniumThyroid and antioxidant support.
CopperBalanced against zinc for nerve and blood health.
FolateA B vitamin that supports red blood cell formation.
MagnesiumA mineral involved in muscle, nerve and energy function.
Possible conditions this panel helps evaluate
FatigueImmune supportDiet gaps
MMAAdd-on
A functional B12 marker, more sensitive than B12 alone.
Possible conditions this marker helps evaluate
FatigueNerve health
CeruloplasminAdd-on
The main copper-carrying protein.
Possible conditions this marker helps evaluate
Nutrient balance
Longevity
ProtocolProtocol+Protocol Complete
Biological Age↻ follow-up
Biological age estimates how old your body seems based on biomarkers rather than the calendar. Measuring it is important because it can reflect overall health and pace of aging. It is a key indicator of long term wellness.
Possible conditions this marker helps evaluate
AGINGMETABOLIC HEALTHCARDIOVASCULAR DISEASELONGEVITY
IGF-1↻ follow-up
IGF-1 is a hormone that reflects growth hormone activity and supports tissue maintenance. Measuring it is important because levels relate to growth, metabolism, and aging. It is a key indicator of growth hormone status.
Possible conditions this marker helps evaluate
GROWTH HORMONE DISORDERSPITUITARY DISORDERSAGINGMETABOLIC HEALTH
Other specialty panels
Heavy MetalsEveryday exposure to toxic metals, from a blood draw.Specialty package
What it measures
LeadBuilds up from old paint, water and dust.
MercuryComes mainly from certain fish.
ArsenicFound in some water and foods.
CadmiumLinked to smoking and industrial exposure.
Possible conditions this panel helps evaluate
FatigueBrain fogEnvironmental exposure
Autoimmune ANA + RFScreening markers for early autoimmune activity.Specialty package
What it measures
ANA with reflexAntibodies that can target your own cells.
Rheumatoid FactorAn antibody seen in inflammatory joint conditions.
Possible conditions this panel helps evaluate
Joint painUnexplained fatigueInflammation
Galleri multi-cancer early detectionScreens for a cancer signal shared across many cancer types, from the same blood draw. By GRAIL.Specialty package
Ages 22+. Recommended from 50, where the evidence is strongest. Not available in NY, NJ, RI or AZ.
What it measures
Cancer signalWhether a shared cancer signal is detected in your blood.
Signal originIf a signal is found, where in the body it most likely came from.
Possible conditions this panel helps evaluate
Cancer screeningFamily historyPeace of mind
ApoE genotypeA one-time genetic read of your ApoE variants, which shapes how aggressively long-term brain and heart risk is managed.Specialty package
Done once and never repeated. Results are reviewed with your physician.
What it measures
ApoE variantWhich two ApoE variants you carry (e2, e3 or e4).
Possible conditions this panel helps evaluate
Brain healthHeart riskFamily history
No biomarker matches that search.
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Disclaimer
Sipra lab panels are for wellness and informational purposes and are not a substitute for professional medical advice, diagnosis, or treatment. Results are reviewed by a licensed physician, who determines which panel is appropriate for you; always consult your clinician before making health decisions. Prices shown apply to most states. New York, New Jersey, Alaska, Connecticut, New Hampshire and Massachusetts are served by premium lab networks and price higher at checkout. Labs are not available in Rhode Island. Panels are one-time; the 2× and 4× plans add follow-up draws across the year. Which markers you receive can vary with your age and sex.