Your Health, Down to the Last Biomarker
Most annual checkups measure only 10–15 blood markers. With Optara Health, you get over 100 biomarkers that tell the story of your health.
Understand Your Results
Heart Health & Metabolism
See if your heart and metabolism are protecting you—or putting you at hidden risk.
Counts how many LDL particles are in your blood. Even with normal cholesterol, a high particle number means more opportunities for these particles to slip into artery walls and form plaque. Lowering LDL‑P reduces long‑term risk of heart attack and stroke.
Measures the cholesterol inside LDL particles, often called “bad” cholesterol. High levels increase risk of plaque buildup, while balanced levels protect heart and vessel health.
Known as “good” cholesterol, HDL carries cholesterol out of arteries and back to the liver for disposal. Higher levels of HDL‑C help protect your heart and improve long‑term resilience.
Fats circulating in your blood, usually after meals. High triglycerides signal poor sugar metabolism, insulin resistance, or excess fat intake, and leave you sluggish. Balanced triglycerides keep energy steady and reduce cardiovascular risk.
Adds up LDL, HDL, and other fractions. By itself it’s less specific, but in context it helps paint the bigger picture of heart health.
Counts how many HDL particles are present. More particles mean better cholesterol clearance, protecting arteries and supporting long‑term cardiovascular health.
These tiny, dense particles are the most harmful type. They sneak into vessel walls easily and trigger inflammation. Fewer small LDL particles mean lower cardiovascular risk.
Indicates whether your LDL particles are large and fluffy (less harmful) or small and dense (more harmful). Larger LDL size is a protective sign, while smaller size signals metabolic stress.
Bigger HDL particles are especially efficient at removing cholesterol. Higher levels mean stronger artery protection and lower heart disease risk.
Very‑low‑density lipoproteins carry triglycerides. Larger VLDL particles point to insulin resistance and higher risk of diabetes and heart disease. Balanced size supports steady metabolism.
Measures the average size of HDL particles. Smaller HDL suggests metabolic dysfunction, while healthy size supports cholesterol clearance and resilience.
A score based on lipoprotein patterns that predicts insulin resistance. High scores reveal hidden diabetes risk even before blood sugar rises. Low scores mean your metabolism is flexible and efficient.
Shows your average blood sugar over the past 3 months. High A1c explains fatigue, cravings, and increased diabetes risk. Healthy A1c supports steady energy, brain clarity, and metabolic balance.
Reflects how hard your body is working to control sugar. High fasting insulin means your cells are resisting insulin’s signal—an early warning for prediabetes. Balanced insulin keeps weight stable and energy even.
A marker of hidden inflammation inside blood vessels. High hsCRP raises risk of heart attack or stroke even if cholesterol is normal. Low hsCRP shows your heart and vessels are protected.
An amino acid that, when elevated, damages vessel walls and increases clot risk. High levels may also mean B‑vitamin deficiency. Balanced homocysteine supports clear vessels and sharp brain health.
A liver enzyme tied to oxidative stress and toxin exposure. High GGT links to higher cardiovascular risk. Normal levels show your detox pathways and heart are protected.
Blood & Immunity
Know if your blood has the strength to fuel your energy and defend against illness.
Your body’s defense army. High counts mean your immune system is fighting infection or inflammation, while low counts leave you vulnerable to illness and feeling run‑down. Balanced WBC keeps your defenses sharp without overreacting.
The oxygen carriers that fuel your body and brain. Too few RBCs (anemia) leave you exhausted, weak, or short of breath, while too many can signal dehydration or other conditions. Healthy counts mean strong oxygen delivery and steady energy.
The protein inside red blood cells that physically carries oxygen. Low hemoglobin explains fatigue, poor exercise tolerance, and brain fog. Healthy hemoglobin keeps you alert, focused, and resilient.
The percentage of your blood made up of red cells. Low hematocrit points to anemia, while high levels may mean dehydration or thicker blood. Balanced hematocrit supports energy, circulation, and stamina.
Shows the size of your red blood cells. Larger cells often mean B12 or folate deficiency, while smaller ones point to iron deficiency. Balanced size means your cells are well‑nourished and effective.
Measures how much hemoglobin is inside each red blood cell. Low MCH means cells aren’t carrying enough oxygen, leaving you tired. Balanced levels keep oxygen flowing to muscles and brain.
Reflects the concentration of hemoglobin in red blood cells. Low MCHC means pale, weak cells that don’t carry oxygen well. Normal levels support vibrant energy.
Measures how varied your red cells are in size. High RDW often signals nutrient deficiencies or chronic illness, leaving you drained. Balanced RDW means your red cells are healthy and uniform.
Small cell fragments that help your blood clot. Too few platelets increase bleeding risk; too many increase clot risk. Balanced platelets protect you from both extremes.
The first responders against bacterial infections. High neutrophils confirm your body is actively fighting, while low levels weaken defense. Balanced levels mean you’re ready to respond when needed.
Defenders against viruses and long‑term immunity. Low lymphocytes can explain frequent colds or viral infections. Healthy levels show strong adaptive immunity.
Clean‑up crew that digests dead cells and bacteria. High monocytes may mean chronic inflammation or infection. Balanced levels keep your system clear and resilient.
Rise with allergies, asthma, or parasites. High eosinophils may explain itchy skin, chronic congestion, or gut symptoms. Balanced levels mean a calm, stable immune system.
Rare immune cells involved in allergic reactions. Elevated basophils suggest ongoing allergies or inflammation. Balanced levels reflect a system that isn’t overreacting.
Young white cells released when your bone marrow is under stress. High levels mean your body is working overtime to fight infection or inflammation. Low or absent levels reflect balance and recovery.
Organs & Detox
Find out if your liver and kidneys are keeping your body balanced every day.
Your blood sugar at the moment of testing. High glucose means your body is struggling with sugar control, which can leave you drained, foggy, or craving sweets. Balanced glucose fuels steady energy, focus, and metabolic health.
A waste product from protein breakdown. High BUN can mean dehydration or kidney strain, while low levels may point to malnutrition. Healthy BUN levels reflect efficient kidney function and balanced nutrition.
Another kidney waste product. Elevated creatinine shows reduced kidney filtering capacity, which can build up toxins and fatigue. Normal creatinine means your kidneys are keeping your system clean and balanced.
A calculation of kidney function based on creatinine. Low eGFR signals reduced filtering ability, which can explain swelling, fatigue, or fluid retention. Healthy eGFR means your kidneys are performing at full capacity.
Compares the two kidney markers to reveal whether issues come from dehydration, kidney disease, or another imbalance. A balanced ratio points to efficient waste removal and hydration status.
A key electrolyte that maintains fluid balance and nerve signaling. Low sodium causes dizziness, confusion, or weakness, while high sodium signals dehydration or imbalance. Proper sodium keeps your brain sharp and muscles firing.
Critical for heart rhythm and muscle contraction. Low potassium causes cramps, weakness, or irregular heartbeat. High potassium can be dangerous for the heart. Balanced levels keep your energy steady and your heart safe.
Works alongside sodium to maintain hydration and acid‑base balance. Abnormal levels can leave you dehydrated, fatigued, or foggy. Balanced chloride ensures your body stays in equilibrium.
Reflects bicarbonate, which helps control your body’s acid‑base status. Low CO₂ can mean your body is under metabolic stress, while optimal levels keep you in balance for daily performance.
Essential for strong bones, nerve signals, and muscle contractions. Low calcium may show up as tingling or muscle spasms, while high calcium can cause fatigue or confusion. Balanced calcium keeps your structure, strength, and energy aligned.
Measures both albumin and globulin. Low total protein means poor nutrition or liver stress, while high protein may signal inflammation. Balanced protein reflects resilience and good recovery.
The main protein in your blood. Low albumin can mean poor nutrition, liver disease, or inflammation, leaving you weak and swollen. Healthy albumin supports healing and energy.
Includes antibodies and immune proteins. High globulin signals your immune system is activated; low levels may weaken your defenses. Balanced globulin means strong protection without unnecessary inflammation.
A byproduct of red blood cell breakdown. High bilirubin shows up as jaundice, fatigue, or digestive stress, often signaling liver or blood disorders. Normal bilirubin means your detox system is flowing smoothly.
An enzyme from the liver and bones. High ALP may signal bile duct blockage, liver disease, or bone turnover. Balanced ALP supports bone strength and healthy liver function.
An enzyme released when liver or muscle cells are stressed. Elevated AST may point to muscle breakdown or liver damage. Optimal AST means your organs and muscles are functioning smoothly.
A liver‑specific enzyme. High ALT is an early warning sign of liver stress, sometimes long before symptoms appear. Normal ALT shows your liver is efficiently processing toxins and nutrients.
Nutrients & Energy
Discover whether you have the nutrients to fuel energy, focus, and fast recovery.
Iron carries oxygen in your blood, powering every cell. Low iron leaves you tired, short of breath, and mentally foggy. High levels can mean overload, which stresses your organs and makes you feel heavy and sluggish.
Shows how much capacity your blood has to carry iron. A high TIBC usually means you’re low in iron, while a low TIBC can point to inflammation or iron overload. It tells us how well your body is set up to transport this vital nutrient.
The “open seats” left on your iron transport proteins. High UIBC often means you don’t have enough iron filling those seats, which explains fatigue, pale skin, or poor exercise recovery.
Calculates how full those iron seats are. Low saturation shows deficiency, leading to weakness and brain fog. High saturation points to overload, which can damage the liver and joints if unchecked.
Your body’s iron storage protein. Low ferritin is one of the earliest signs of iron deficiency and explains exhaustion that doesn’t go away with rest. High ferritin may mean inflammation or iron buildup that stresses your body.
The “sunshine vitamin” that controls calcium absorption, bone strength, and immune balance. Low vitamin D shows up as low mood, weak immunity, or achy bones and muscles. Optimal levels boost resilience, recovery, and hormone balance.
Powers red blood cells, nerves, and energy production. Low B12 leaves you drained, forgetful, or tingling in your hands and feet. Balanced B12 sharpens your memory, energy, and focus.
A mineral involved in hundreds of reactions, from muscle relaxation to energy metabolism. Low magnesium explains cramps, restless sleep, anxiety, and poor recovery. Adequate magnesium keeps your heart steady, your muscles strong, and your stress lower.
Thyroid & Autoimmune Health
Learn if your metabolism is running at the right speed, and if your immune system is protecting you, not attacking you.
TSH acts like the thermostat for your thyroid, telling it when to turn up or down. High levels usually mean your thyroid is underactive, leaving you tired, sluggish, and gaining weight. Low levels suggest your thyroid is overactive, which can cause anxiety, restlessness, or weight loss. Balanced TSH keeps your metabolism steady and your energy reliable.
T4 is the main hormone made by your thyroid. On its own it isn’t very active, but your body converts it into T3, the hormone that drives metabolism. If T4 is too low, you may feel fatigued and slow; if too high, you may feel anxious, overheated, or restless.
This test shows how available thyroid hormones are to your cells. Abnormal results can mean that even if you make enough hormone, your body isn’t using it effectively. That translates to symptoms like brain fog, mood swings, or energy dips.
Combines T4 and T3 uptake into a single measure of thyroid availability. It helps reveal whether your thyroid is producing the right amount of usable hormone for your body’s needs.
This is the “active” thyroid hormone, directly fueling metabolism, brain clarity, and mood. Low Free T3 leaves you sluggish, foggy, and prone to weight gain, while optimal levels keep you sharp, energetic, and balanced.
This is the “active” thyroid hormone, directly fueling metabolism, brain clarity, and mood. Low Free T3 leaves you sluggish, foggy, and prone to weight gain, while optimal levels keep you sharp, energetic, and balanced.
Reverse T3 is like a “brake” on metabolism—it blocks the action of Free T3. Levels often rise under stress or illness, leaving you drained, even if your other thyroid markers look normal. High Reverse T3 can explain why you feel stuck in low energy mode.
A protein made only by thyroid cells. Abnormal Tg can signal thyroid dysfunction, damage, or—in some cases—thyroid cancer activity. Tracking Tg helps ensure your thyroid is functioning normally over time.
An autoimmune marker that shows if your immune system is targeting the thyroid. High TgAb can explain why your thyroid feels unstable, with energy swings or difficulty maintaining balance.
A common marker for Hashimoto’s thyroiditis, the most frequent cause of underactive thyroid. High TPO means your immune system is attacking your thyroid, which explains symptoms like fatigue, brain fog, and weight gain that don’t resolve without targeted support.
Hormones & Reproductive Health
See whether your hormones are balanced so you can feel strong, focused, and in control.
The foundation of male vitality. Low levels leave you drained, less motivated, and struggling with muscle loss or low libido. Optimizing total testosterone restores drive, energy, and performance.
The portion of testosterone that’s active and ready to use. Even if total testosterone looks fine, low free testosterone means fatigue, mood swings, and reduced strength.
Men need small amounts of this estrogen to protect bones, the brain, and the cardiovascular system. Too much or too little disrupts energy, mood, and weight balance.
Directs sperm production. Abnormal levels may explain fertility challenges or imbalances in testicular function.
Signals the testes to make testosterone. Low LH leads to reduced testosterone output, directly affecting energy and libido.
Regulates how much testosterone is actually available. High SHBG can lock away testosterone, leaving you with symptoms of deficiency even if totals look normal.
High prolactin suppresses testosterone and can cause sexual dysfunction or fertility issues. Keeping it balanced supports vitality and reproductive health.
Reflects growth hormone activity. Low IGF‑1 slows muscle repair, recovery, and energy, while healthy levels keep you stronger and more resilient.
A protein made by the prostate. Tracking PSA helps spot inflammation, enlargement, or cancer risk early—long before symptoms arise.
The primary female estrogen, essential for fertility, strong bones, heart health, and cognitive function. Low estradiol leads to hot flashes, low energy, mood changes, and bone loss.
Balances estrogen and supports restful sleep, calm mood, and regular cycles. Low progesterone causes anxiety, insomnia, PMS, or irregular periods.
Reflects ovarian reserve and fertility potential. Rising levels signal reduced egg supply or the transition toward menopause.
Triggers ovulation and stimulates ovarian hormone production. Imbalances disrupt menstrual cycles and fertility.
Women make small amounts of testosterone for energy, libido, and muscle tone. Low levels leave you feeling tired, unmotivated, and less resilient.
Regulates how much estrogen and testosterone is available to your body. Imbalances affect energy, mood, and cycle health.
Elevated prolactin can disrupt cycles, ovulation, and fertility, often explaining irregular periods or difficulty conceiving.
Supports adrenal strength, hormone balance, and resilience. Low DHEA‑S makes stress feel heavier and recovery slower.
Reflects growth hormone activity, critical for recovery, metabolism, and long‑term strength. Low IGF‑1 makes it harder to build muscle, recover, and maintain energy.
Specialty & Advanced Panels (Add‑Ons)
Explore deeper answers about immunity, toxins, or clotting to get a complete picture of your health.
Screens for autoimmune disorders by detecting antibodies that mistakenly target your own cells. A positive result can explain fatigue, joint pain, or unexplained inflammation. It gives early clues if your immune system is misfiring and attacking healthy tissue.
Identifies specific antibodies tied to lupus, Sjögren’s, and other autoimmune diseases. This deeper look can help explain chronic pain, rashes, or dryness, guiding the right next steps in care.
A highly specific marker for lupus. High levels may explain fatigue, pain, or kidney concerns, offering a clearer diagnosis and monitoring tool.
Another lupus‑related marker that helps confirm autoimmune activity. Abnormal levels can explain why the body feels like it’s “fighting itself.”
Linked to scleroderma and related conditions. Detecting it early can help explain unexplained skin or circulation changes.
A marker for connective tissue disease. Elevated results show the immune system is on high alert, sometimes before symptoms fully appear.
Reflects the balance between two critical types of immune cells. A skewed ratio means your defense system is either overactive or weakened, impacting how resilient you are to infections or autoimmunity.
The most common antibody, representing long‑term immune strength. Low IgG means your body struggles to fight chronic infections, while high IgG may mean hidden inflammation or autoimmunity.
Protects mucosal surfaces like your gut, lungs, and sinuses. Low IgA leaves you prone to gut issues or respiratory infections; high IgA suggests your immune system is actively defending these areas.
The first antibody your body makes when fighting something new. High IgM points to a fresh infection or immune system activation.
Counts the exact particles that clog arteries, giving a clearer risk picture than cholesterol alone. High ApoB means more particles circulating, more chances for plaque, and higher cardiovascular risk.
The main protective protein in HDL. High levels mean your body is better equipped to sweep cholesterol out of arteries, lowering heart disease risk.
Detects fragments left when blood clots dissolve. High D‑Dimer warns of hidden clotting activity, which can raise the risk of dangerous events like deep vein thrombosis or pulmonary embolism.
Reflects short‑term selenium status, a mineral critical for thyroid function and antioxidant defenses. Low selenium may leave you tired, foggy, and more vulnerable to oxidative stress.
Shows long‑term selenium reserves. Adequate levels protect your thyroid, metabolism, and immune health over time.
A more accurate measure of magnesium inside cells than standard serum tests. Low RBC magnesium explains muscle cramps, poor recovery, low energy, or even anxiety.
Screens for toxic metals like lead, mercury, cadmium, and arsenic. These metals silently weaken energy, brain clarity, and immunity, often building up from the environment, food, or water.
An expanded panel for additional toxic metals. Detecting and addressing these early helps protect your brain, heart, and long‑term vitality.
Screens for an enzyme deficiency that can cause red blood cell breakdown under stress. Identifying it helps prevent fatigue, anemia, and dangerous reactions to certain medications.
Another way of measuring this same deficiency for confirmation. Detecting it ensures safe, personalized care.
For individuals on lithium treatment, this test ensures the dose is safe and effective. Monitoring prevents side effects while keeping the benefits strong.
The future of health starts with your data
Your results aren’t endpoints—they’re starting points. Each marker shows where your health is today and points toward what’s possible tomorrow. With guidance, those numbers become momentum toward the energy, strength, and life you want.
