Up to 100+ Biomarkers That Reveal What’s Really Holding You Back
Most blood panels test 12-15 basic markers and look for disease. We test up to 100+ performance-focused biomarkers and look for optimization opportunities. This is the difference between checking if your engine runs versus tuning it for peak performance.
✓⃝ HSA/FSA eligible
Why Comprehensive Testing Matters
Your doctor runs basic panels designed to catch diseases after they develop. We run comprehensive analysis designed to catch imbalances before they become problems—and identify optimization opportunities your doctor would never look for. The difference? We’re not waiting for you to get sick; we’re helping you reach peak performance.
Here’s what you’re missing with standard testing:
- Your testosterone might be “normal” at 350 ng/dL, but optimal for peak performance is 700-900 ng/dL
- Your thyroid TSH might be “fine” at 3.5, but you’re likely hypothyroid and don’t know it
- Your inflammatory markers (hs-CRP, homocysteine) aren’t tested at all in standard panels
- Your insulin resistance is building for years before fasting glucose shows problems
- Your nutrient deficiencies are silently degrading your performance daily
Complete Biomarkers Available
Advanced lipid panels, inflammatory markers, and cardiovascular risk indicators that predict problems decades before symptoms appear.
Total Cholesterol – Measures the total amount of cholesterol in your blood, providing a baseline for cardiovascular risk assessment.
Triglycerides – Measures fat levels in your blood that indicate metabolic health and heart disease risk, especially when elevated.
HDL Cholesterol – Known as “good cholesterol,” this measures the protective cholesterol that removes harmful fats from your arteries.
VLDL Cholesterol – Measures very low-density lipoprotein, a type of “bad cholesterol” that carries triglycerides and contributes to plaque buildup.
LDL Cholesterol – Calculates “bad cholesterol” levels that contribute to arterial plaque and increase heart attack risk.
Cholesterol / HDL Ratio – Compares total cholesterol to protective HDL, offering a powerful predictor of cardiovascular disease risk.
Estimated CHD (Coronary Heart Disease) Risk – Calculates your statistical likelihood of developing coronary heart disease based on lipid ratios.
LDL/HDL Ratio – Compares harmful to protective cholesterol, with lower ratios indicating better cardiovascular health.
Apolipoprotein B (ApoB) – Measures the number of atherogenic particles in your blood, providing a more accurate assessment of heart disease risk than standard cholesterol tests.
High-Sensitivity C-Reactive Protein (hs-CRP) – Detects inflammation in blood vessels and heart tissue, identifying cardiovascular risk even when cholesterol appears normal.
Hemoglobin – Measures oxygen-carrying capacity in your blood, with abnormal levels affecting heart workload and cardiovascular function.
Hematocrit – Indicates the percentage of red blood cells in your blood, affecting blood viscosity and oxygen delivery to the heart.
RBC – Counts red blood cells to assess oxygen transport efficiency and detect conditions that strain the cardiovascular system.
Platelets – Measures cells responsible for blood clotting, with abnormal levels affecting thrombosis risk and cardiovascular events.
RDW – Measures red blood cell size variation, with elevated levels linked to inflammation and increased cardiovascular mortality risk.
Complete thyroid analysis including TSH, T3, T4, and antibodies—not just the basic screening your primary care runs.
Thyroglobulin Antibodies (TgAb) – Detects antibodies against thyroglobulin protein, indicating autoimmune thyroid disease and helping diagnose Hashimoto’s thyroiditis.
Thyroid-Stimulating Hormone (TSH) – Measures the pituitary hormone that controls thyroid function, serving as the primary screening test for hypothyroidism and hyperthyroidism.
Thyroid Peroxidase (TPO) Ab – Identifies antibodies attacking thyroid enzyme, the most common marker for autoimmune thyroid conditions like Hashimoto’s disease.
Complete immune function analysis to optimize your body’s defense systems and recovery capacity.
Lymphs – Assesses adaptive immune cells that produce antibodies and regulate immune responses, often dysregulated in autoimmune conditions.
Thyroid Peroxidase (TPO) Ab – Detects autoimmune attack on thyroid tissue, the most sensitive early marker for autoimmune thyroid disease.
Thyroglobulin Antibody – Identifies immune system targeting of thyroid protein, confirming autoimmune thyroid conditions and monitoring disease progression.
C-Reactive Protein, Cardiac – Measures systemic inflammation that can indicate autoimmune activity, chronic infection, or tissue damage throughout the body.
WBC – Counts total white blood cells to assess overall immune system activity, detecting immune suppression or overactivation.
Neutrophils – Measures primary infection-fighting cells, with elevated levels indicating active infection or inflammation common in autoimmune flares.
Advanced immune cell analysis measuring infection-fighting capacity, inflammatory balance, and overall immune system coordination and responsiveness.
- WBC – Measures total white blood cell count to assess overall immune system strength, detecting immunodeficiency or excessive immune activation.
- Neutrophils – Measures the percentage of rapid-response cells that attack bacteria and fungi, forming your immune system’s first line of defense.
- Lymphs – Measures lymphocyte percentage, including T-cells and B-cells that coordinate adaptive immunity, fight viruses, and produce antibodies.
- Monocytes – Measures the percentage of cells that mature into macrophages, consuming pathogens, clearing dead tissue, and regulating inflammation.
- Eos – Measures eosinophil percentage involved in fighting parasites and regulating allergic and inflammatory immune responses.
- Basos – Measures basophil percentage that releases histamine and other chemicals during allergic reactions and immune responses.
- Neutrophils (Absolute) – Provides precise neutrophil count to accurately assess bacterial infection-fighting capacity and detect immune suppression.
- Lymphs (Absolute) – Counts actual lymphocytes to evaluate adaptive immune strength, vaccine response, and ability to fight viral infections.
- Monocytes (Absolute) – Measures exact monocyte count to assess chronic inflammation, infection response, and tissue repair capability.
- Eos (Absolute) – Provides precise eosinophil count to diagnose allergies, asthma, autoimmune conditions, and parasitic infections.
- Baso (Absolute) – Counts basophils directly to detect rare blood disorders, severe allergic states, and certain inflammatory conditions.
A streamlined, clinically accurate blood test bundle that delivers precise total testosterone measurement (LC/MS) alongside a full CBC with differential to assess hormonal balance, immune health, inflammation, and overall male vitality in one convenient panel.
Baso (Absolute) – Counts basophils directly to detect rare blood disorders and severe allergic or inflammatory states.
Testosterone, Total, LC/MS – Uses the gold-standard liquid chromatography-mass spectrometry method to precisely measure total testosterone for accurate assessment of hormonal health, energy, libido, and muscle maintenance.
Neutrophils – Measures the percentage of neutrophils, your body’s first-line defenders against bacterial infections and inflammation.
Lymphs – Measures lymphocyte percentage, reflecting your adaptive immune system’s ability to fight viruses and produce antibodies.
Monocytes – Measures monocyte percentage, indicating your body’s capacity to fight chronic infections and clean up damaged tissue.
Eos – Measures eosinophil percentage, detecting allergic responses, parasitic infections, and inflammatory conditions.
Basos – Measures basophil percentage, involved in allergic reactions and inflammatory responses throughout the body.
Neutrophils (Absolute) – Provides the actual number of neutrophils per microliter, giving a more precise picture of infection-fighting capacity than percentages alone.
Lymphs (Absolute) – Counts actual lymphocytes to assess immune strength, with low counts indicating immunodeficiency and high counts suggesting infection or lymphoproliferative disorders.
Monocytes (Absolute) – Measures actual monocyte count to evaluate chronic inflammation, infection response, and tissue repair capacity.
Eos (Absolute) – Provides precise eosinophil count to diagnose allergies, asthma, parasitic infections, and certain autoimmune conditions.
Complete reproductive hormone analysis, fertility markers, and sex hormone optimization for peak performance.
Calcium – Measures blood calcium levels essential for bone health, hormone secretion, and preventing osteoporosis risk in women.
Testosterone, Total, LC/MS – Precisely measures testosterone levels critical for female libido, energy, bone density, and muscle maintenance using the most accurate testing method available.
Iron – Measures serum iron levels, essential for energy production and preventing anemia, especially important for menstruating women.
Ferritin – Assesses iron storage reserves in your body, detecting deficiency before anemia develops and preventing fatigue, hair loss, and weakened immunity.
Hemoglobin – Measures oxygen-carrying protein in red blood cells, crucial for detecting anemia common in women due to menstruation or pregnancy.
Vitamin D, 25-Hydroxy – Measures active vitamin D levels that regulate hormones, mood, bone health, and immune function—often deficient in women.
TSH – Measures thyroid-stimulating hormone to screen for thyroid dysfunction that affects metabolism, weight, energy, and menstrual regularity.
Thyroid Peroxidase (TPO) Ab – Detects antibodies attacking the thyroid gland, identifying autoimmune thyroid disease that disproportionately affects women.
Thyroglobulin Antibody – Identifies another autoimmune marker for thyroid disease, helping diagnose Hashimoto’s thyroiditis and monitor thyroid health.
Blood sugar regulation, insulin sensitivity, and metabolic efficiency markers that determine energy stability.
eGFR – Estimates glomerular filtration rate to measure how well your kidneys filter waste, detecting early kidney disease and metabolic dysfunction.
Glucose – Measures blood sugar levels to assess diabetes risk, energy regulation, and metabolic function, with elevated levels indicating insulin resistance.
Hemoglobin A1c (HbA1c) – Reveals average blood sugar control over the past 2-3 months, providing a long-term view of metabolic health and diabetes risk.
Insulin – Measures the hormone that regulates blood sugar, with elevated fasting levels indicating insulin resistance years before diabetes develops.
BUN/Creatinine Ratio – Compares blood urea nitrogen to creatinine to assess kidney function, hydration status, and protein metabolism efficiency.
Comprehensive vitamin, mineral, and fatty acid analysis to identify deficiencies limiting your performance.
Hemoglobin – Measures the oxygen-carrying protein in red blood cells essential for energy production and preventing fatigue from anemia.
Vitamin D, 25-Hydroxy – Measures the active form of vitamin D essential for immune function, bone health, mood regulation, and hormonal balance.
Iron – Measures circulating iron in your blood, essential for oxygen transport, energy production, and preventing fatigue and anemia.
Iron Bind.Cap.(TIBC) – Measures your blood’s capacity to bind and transport iron, helping diagnose iron deficiency or overload conditions.
UIBC – Measures unsaturated iron-binding capacity, indicating how much transferrin is available to carry additional iron through your bloodstream.
Iron Saturation – Calculates the percentage of transferrin saturated with iron, revealing whether you have too little or too much iron available.
Ferritin – Measures stored iron reserves in your body, the most sensitive early indicator of iron deficiency before anemia develops.
Calcium – Measures blood calcium levels critical for bone strength, nerve signaling, muscle contraction, and hormone secretion.
Magnesium – Measures this essential mineral required for over 300 enzymatic reactions, including energy production, muscle function, and nervous system health.
Sodium – Measures the primary electrolyte that regulates fluid balance, blood pressure, and nerve signal transmission throughout your body.
Potassium – Measures the electrolyte essential for heart rhythm, muscle contraction, and nerve function, with imbalances causing serious complications.
Chloride – Measures this electrolyte that maintains fluid balance, blood pressure, and proper pH levels in your body.
Carbon Dioxide, Total – Measures CO2 and bicarbonate in blood to assess acid-base balance and respiratory function, detecting metabolic disorders.
Protein, Total – Measures all proteins in your blood, reflecting nutritional status, liver function, and immune health.
Albumin – Measures the most abundant blood protein made by your liver, indicating nutritional status, liver function, and inflammation.
Globulin, Total – Measures immune proteins and antibodies in your blood, reflecting immune function and detecting inflammatory or liver conditions.
WBC – Counts total white blood cells to assess immune system strength, detecting infections, immune deficiencies, or blood disorders.
Neutrophils – Measures the percentage of your primary bacterial infection fighters, elevated during acute infections and inflammation.
Lymphs – Measures lymphocyte percentage, reflecting your body’s ability to fight viral infections and produce protective antibodies.
Monocytes – Measures the percentage of cells that fight chronic infections, remove dead tissue, and regulate inflammation.
Eos – Measures eosinophil percentage to detect parasitic infections, allergies, and inflammatory conditions affecting multiple body systems.
Basos – Measures basophil percentage involved in allergic reactions and releasing histamine during immune responses.
Immature Granulocytes – Measures the percentage of young, immature infection-fighting cells released during severe infections or bone marrow stress.
Immature Grans (Abs) – Counts actual immature granulocytes, with elevated numbers indicating severe infection, inflammation, or blood disorders.
Baso (Absolute) – Provides precise basophil count to detect rare blood disorders and severe inflammatory or allergic conditions.
Cortisol patterns, biological age markers, and stress response indicators that determine your longevity potential.
Glucose – Measures fasting blood sugar, with chronic elevations accelerating aging through glycation, oxidative stress, and cellular damage.
C-Reactive Protein, Cardiac (hs-CRP) – Measures inflammation levels throughout your body, a key marker of biological aging, stress, and chronic disease risk.
Hemoglobin A1c – Reflects long-term glucose control and metabolic aging, with elevated levels accelerating aging processes and cellular damage.
Vitamin D, 25-Hydroxy – Measures vitamin D levels that decline with age and affect longevity, immune resilience, and protection against age-related diseases.
Comprehensive liver enzyme analysis to detect early damage from stress, toxins, or metabolic dysfunction before clinical symptoms appear.
Protein, Total – Measures all blood proteins including those made by the liver, reflecting liver synthetic function and overall protein status.
Bilirubin, Total – Measures the yellow pigment from red blood cell breakdown, with elevated levels indicating liver dysfunction or bile duct obstruction.
Alkaline Phosphatase – Measures this enzyme found in liver and bone, with elevated levels indicating liver disease, bile duct obstruction, or bone disorders.
AST (SGOT) – Measures this liver enzyme that leaks into blood when liver cells are damaged by toxins, disease, or inflammation.
ALT (SGPT) – Measures the most specific liver enzyme, with elevated levels indicating liver cell damage from fatty liver, hepatitis, or toxins.
Albumin – Measures the major protein produced by your liver, with low levels indicating chronic liver disease or malnutrition.
Critical filtration and waste removal markers that reveal how efficiently your body eliminates toxins and maintains fluid balance.
Chloride – Measures chloride balance controlled by kidneys, helping assess kidney function, hydration status, and acid-base disorders.
BUN – Measures blood urea nitrogen, a waste product filtered by kidneys, with elevated levels indicating kidney dysfunction or dehydration.
Creatinine – Measures this muscle waste product filtered by kidneys, the most reliable marker for detecting reduced kidney function.
eGFR – Calculates your kidney filtration rate from creatinine levels, providing the most accurate assessment of overall kidney function and disease stage.
BUN/Creatinine Ratio – Compares these two waste products to distinguish kidney damage from dehydration, bleeding, or high protein intake.
Sodium – Measures sodium balance maintained by kidneys, with abnormal levels indicating kidney disease, dehydration, or hormonal imbalances.
Potassium – Measures potassium regulated by kidneys, with dangerous imbalances occurring when kidney function declines.
Essential markers measuring pancreatic hormone production and digestive enzyme function that regulate blood sugar and nutrient breakdown.
Insulin – Measures the hormone produced by pancreatic beta cells that controls blood sugar, with abnormal levels indicating pancreatic dysfunction or insulin resistance.
Glucose – Measures blood sugar regulated by pancreatic insulin and glucagon, indicating how well your pancreas maintains metabolic balance.
Essential versus toxic metal assessment to detect iron overload and heavy metal accumulation that damages organs and accelerates aging.
Ferritin – Measures stored iron that can accumulate to toxic levels, damaging the liver, heart, and pancreas while also serving as an inflammatory marker.
Iron – Measures circulating iron levels, essential for health but toxic in excess, causing organ damage through oxidative stress and free radical production.
Complete blood cell analysis including red blood cells, platelets, and hemoglobin to assess oxygen transport and clotting function.
Platelets – Counts the cell fragments responsible for blood clotting, with low counts causing bleeding risk and high counts increasing clot formation.
WBC – Counts total white blood cells that defend against infections, with abnormal levels indicating immune system disorders or blood diseases.
RBC – Counts red blood cells responsible for oxygen delivery to tissues, with low counts causing fatigue and high counts increasing blood thickness.
Hemoglobin – Measures the oxygen-carrying protein in red blood cells, with low levels causing anemia and fatigue from poor oxygen delivery.
Hematocrit – Measures the percentage of blood volume occupied by red blood cells, indicating oxygen-carrying capacity and blood thickness.
MCV – Measures the average size of red blood cells, helping diagnose different types of anemia based on whether cells are too large or too small.
MCH – Measures the average amount of hemoglobin in each red blood cell, helping classify anemia types and detect iron deficiency.
MCHC – Measures hemoglobin concentration within red blood cells, detecting conditions where cells have too little or too much hemoglobin.
RDW – Measures variation in red blood cell size, with increased variation indicating nutritional deficiencies, inflammation, or blood disorders.
Essential mineral balance including sodium, potassium, and magnesium that control nerve signaling, muscle function, and hydration status.
Magnesium – Measures this critical electrolyte needed for muscle relaxation, heart rhythm, nerve function, and over 300 biochemical reactions.
Sodium – Measures the primary electrolyte controlling water balance, blood pressure, and nerve impulses, with imbalances causing serious neurological symptoms.
Potassium – Measures the electrolyte critical for heart rhythm and muscle contractions, with dangerous imbalances potentially causing cardiac arrest.
Chloride – Measures this electrolyte that works with sodium to maintain fluid balance, blood volume, and proper pH throughout the body.
Carbon Dioxide, Total – Measures bicarbonate and dissolved CO2 to assess your body’s acid-base balance and detect respiratory or metabolic disorders.
Calcium – Measures the electrolyte essential for muscle contraction, nerve transmission, blood clotting, and maintaining strong bones.
Comprehensive food and environmental allergy screening to identify inflammatory triggers sabotaging your energy and recovery.
Eos (Absolute) – Counts actual eosinophils to quantify allergic response severity, with persistent elevation indicating chronic allergies, food sensitivities, or parasitic infections.
Eos – Measures eosinophil percentage, specialized white blood cells elevated during allergic reactions, asthma, and sensitivity to foods or environmental triggers.
What Happens After Testing
- Licensed Medical Review Every test result is reviewed by our medical team. Concerning findings trigger immediate outreach.
- Detailed Results Dashboard Access your results with clear explanations of each marker, optimal ranges (not just “normal”), and what they mean for your performance.
- Personalized Action Plan Based on your results, receive specific recommendations for nutrition, supplementation, lifestyle changes, and treatment options.
- Direct Treatment Access If biomarkers reveal optimization opportunities, get immediate access to treatments like TRT, peptides, longevity compounds, and metabolic medications.
- Ongoing Tracking Re-test to track progress, adjust protocols, and continue optimizing over time.
Frequently Asked Questions
Yes, a 12-hour fast is recommended for accurate results. You can drink water, but avoid food, beverages with calories, and supplements before your lab visit.
Any concerning findings are reviewed immediately by our medical team. If urgent issues are identified, we’ll contact you within 24 hours with clear guidance on next steps and appropriate medical referrals.
Absolutely. You own your data and can download/share your results with any healthcare provider. Many of our members use these comprehensive results to have more informed conversations with their existing physicians.
Yes, our partners operates under CLIA certification with rigorous quality control and federal regulatory compliance. Same labs your physician would use.
Everything: initial medical consultation, comprehensive lab panel, results analysis by licensed medical professionals, detailed report with optimization insights, and follow-up support. No hidden fees or surprise charges.
Our Consultation are typically available same-day within hours. After consultation and payment, you can visit any of our 2,000+ lab locations immediately. Results are available 3-5 business days after your lab visit.
We’re a cash-based service that doesn’t bill insurance directly. However, the service is HSA/FSA eligible, and you can submit for potential reimbursement depending on your insurance plan.
Ready to Stop Flying Blind on Your Biology?
Most high performers spend more on coffee each month than they do understanding their biological performance. Your blood doesn’t lie—it reveals exactly what’s holding you back and what’s possible when you optimize.
It starts with a Free Consultation!
Two ways to get started:
Option 1: Jump Straight to Testing Ready to see what’s under the hood? Schedule your consultation, get your comprehensive blood panel, and start optimizing based on data, not guesswork.
Option 2: Learn More First. Not sure if blood optimization is right for you? Schedule a free consultation with one of our licensed medical professionals to discuss your performance goals and whether comprehensive testing makes sense.