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Full Testing,
One Upfront Price.

Most labs charge separately for every panel. Ours is included, upfront, with no line-item surprises when your results come back.

Get Started in 3 Easy Steps

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Book your lab test

Schedule your panel through the Cordova Health Collective platform. Complete it through an at-home draw or at a local partner lab, whichever fits your schedule.

Understand your results

Your care team reviews your results with you and explains what each biomarker means, not just a number sitting in a portal for you to interpret alone.

Take action

Your personalized plan gives you clear guidance across nutrition, movement, and medical care, built from your actual results and adjusted as they change.

We Guide You to What You Need

Instead of a generic intake that assumes everyone’s starting point looks the same, we ask what you’re actually dealing with and build your first step around your answer, whether that means ordering your first panel, reviewing labs you already have, or moving straight into a plan.

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What We Test

Your base panel covers more than 70 biomarkers, pulled directly from your Comprehensive Metabolic Panel, Lipid Panel, CBC with Differential, and several targeted panels covering thyroid, iron, liver, and hormonal health, so your care team is working from a genuinely complete picture rather than a handful of numbers pulled from different tests over time.

Comprehensive Metabolic Panel

Creatinine is a waste product created by normal muscle activity and filtered out of the blood by the kidneys. Testing creatinine shows how well your kidneys are clearing waste, since levels rise when kidney function declines.

This ratio compares two major blood proteins, albumin and globulin, which are produced by the liver and immune system. An abnormal ratio can point toward liver disease, kidney issues, or chronic inflammation.
Bilirubin is a byproduct created when the body breaks down old red blood cells, and it’s processed by the liver. Elevated levels can signal liver dysfunction or a problem with red blood cell breakdown, sometimes showing up as jaundice.
Globulins are a group of proteins involved in immune defense and blood clotting. Abnormal levels can indicate liver disease, autoimmune conditions, or chronic infection.
This ratio compares two kidney-related markers to help distinguish true kidney dysfunction from causes like dehydration. A high ratio often points to d
eGFR estimates how efficiently your kidneys are filtering waste from your blood. A declining eGFR is one of the earliest and most reliable signs of reduced kidney function, often before symptoms appear.
ALP is an enzyme found mainly in the liver and bones. Elevated levels can point to liver disease, bile duct blockage, or bone conditions, since the enzyme is released when either tissue is under stress.
Albumin is a protein made by the liver that helps maintain fluid balance and transport hormones and nutrients through the blood. Low levels can indicate liver disease, poor nutrition, or kidney problems that allow protein to leak out.

Calcium supports bone strength, nerve signaling, and muscle contraction, and its levels are tightly regulated by the body. Both high and low calcium can point to issues with the parathyroid glands, kidneys, or vitamin D levels.

BUN measures a waste product formed when the body breaks down protein, which is filtered out by the kidneys. Elevated BUN often signals reduced kidney function, dehydration, or a high-protein diet.
This marker reflects the balance between acids and bases in your blood, largely regulated by your kidneys and lungs. Abnormal levels can point to kidney dysfunction, breathing problems, or metabolic imbalances.
Chloride is an electrolyte that works alongside sodium to maintain fluid balance and blood pressure. Abnormal levels are often linked to dehydration, kidney issues, or acid-base imbalances in the body.
Potassium is critical for heart rhythm and muscle function, and even small shifts outside the normal range can affect how your heart beats. Both high and low potassium levels can be medically significant and are closely tied to kidney function.
Sodium helps regulate fluid balance, blood pressure, and nerve function throughout the body. Abnormal sodium levels can result from dehydration, kidney issues, or hormonal imbalances.
AST is an enzyme found in the liver and muscles, released into the blood when either tissue is damaged. Elevated levels can point to liver stress, muscle injury, or other causes of cellular damage.
ALT is an enzyme found primarily in the liver, making it one of the most specific markers of liver stress. Rising ALT levels are often one of the earliest signs of liver strain, frequently before any symptoms appear.
Blood glucose reflects how much sugar is circulating in your blood at the time of the draw. Elevated fasting glucose can be an early sign of insulin resistance or diabetes, while low glucose can point to other metabolic issues.
This measures the combined level of albumin and globulin in your blood, reflecting overall nutritional and liver status. Abnormal levels can suggest liver or kidney disease, chronic inflammation, or nutritional deficiencies.

Lipid Panel with Ratio

Triglycerides are a type of fat stored in the blood and used for energy, and levels rise with excess calories, sugar, or alcohol intake. High triglycerides are linked to increased cardiovascular risk and can also signal insulin resistance.
This measures the overall amount of cholesterol circulating in your blood, combining both the “good” and “bad” types. On its own, it gives a limited picture, which is why it’s read alongside the more specific markers in this panel.
Often called “good” cholesterol, HDL helps carry excess cholesterol away from your arteries and back to the liver for removal. Low HDL is associated with higher cardiovascular risk, while higher levels are generally protective.
This is calculated by subtracting HDL from your total cholesterol, capturing all the cholesterol types considered harmful to your arteries. It’s often considered a stronger predictor of cardiovascular risk than total cholesterol alone.
This ratio compares your total cholesterol to your HDL, giving a more precise read on cardiovascular risk than either number alone. A higher ratio generally indicates greater risk, even if your total cholesterol looks normal.
Often called “bad” cholesterol, LDL contributes to plaque buildup in your arteries when levels run high. Elevated LDL is one of the most established risk factors for heart disease and stroke.
This ratio weighs your “bad” cholesterol against your “good” cholesterol, offering a clearer risk picture than either number alone. A higher ratio suggests your cardiovascular risk may be greater than your individual numbers imply.

CBC with Differential

RDW measures how much variation exists in the size of your red blood cells. A higher RDW can help identify certain types of anemia, particularly those caused by nutrient deficiencies

Neutrophils are the most abundant white blood cell and serve as your body’s first line of defense against bacterial infection. Elevated levels often indicate an active infection or inflammation, while low levels can increase infection risk.
Monocytes are white blood cells involved in fighting infection and clearing damaged tissue. Elevated levels can point to chronic infection, inflammation, or certain blood disorders.
Lymphocytes are central to your immune response, including your body’s ability to fight viruses and produce antibodies. Abnormal levels can indicate infection, immune dysfunction, or, in some cases, more serious blood conditions.
Eosinophils are white blood cells that respond to allergic reactions and certain parasitic infections. Elevated levels often point toward allergies, asthma, or a parasitic infection.
Basophils are the least common white blood cell type and play a role in allergic and inflammatory responses. Elevated levels can be associated with allergic reactions or certain chronic conditions.
Platelets are responsible for blood clotting and wound healing. Low platelet counts can increase bleeding risk, while high counts can increase clotting risk.
MCHC measures how concentrated hemoglobin is within your red blood cells. Abnormal levels can help classify different types of anemia.
MCH reflects the average amount of hemoglobin contained in each red blood cell. It’s used alongside other red cell markers to help identify the cause of anemia.
MCV measures the average size of your red blood cells. Cells that are too large or too small can point to specific causes of anemia, including nutrient deficiencies.
Hematocrit measures the proportion of your blood made up of red blood cells. Low hematocrit often indicates anemia, while high levels can point to dehydration or other conditions.
Hemoglobin is the protein inside red blood cells responsible for carrying oxygen throughout your body. Low hemoglobin is the hallmark sign of anemia, which can cause fatigue and weakness.
These are immature neutrophils released into the bloodstream, typically in response to infection. Elevated levels can suggest your body is fighting an active infection.
Blasts are very immature blood cells that aren’t normally found in circulating blood. Their presence can be a significant finding and typically warrants further evaluation.
These are an intermediate stage in white blood cell development. Their presence in the bloodstream can indicate your body is responding to infection or bone marrow stress.
Myelocytes are another immature white blood cell precursor, not normally seen in circulating blood. Their presence can point to infection or, less commonly, a bone marrow disorder.
These are immature red blood cells that still contain a nucleus, not normally present in adult circulation. Their presence can indicate significant anemia or bone marrow stress.
Promyelocytes are an early-stage white blood cell precursor. Like other immature cell types, their presence can point to infection or bone marrow involvement.
These are lymphocytes that have changed in appearance, typically in response to a viral infection. Elevated levels often accompany illnesses like mononucleosis.
MPV reflects the average size of your platelets. Larger platelets can indicate your body is producing new platelets rapidly, often in response to blood loss or increased destruction.
WBC measures your total immune cell count. Elevated levels often point to infection or inflammation, while low levels can indicate immune suppression or bone marrow issues.
RBC measures the total number of oxygen-carrying cells in your blood. Low counts are associated with anemia, while high counts can point to dehydration or other conditions.

Metabolic Health

HbA1c reflects your average blood sugar level over the past two to three months, rather than a single point in time. Elevated levels are used to diagnose and monitor insulin resistance and diabetes.

This measures how much insulin your body is producing to manage blood sugar. Elevated insulin, even with normal glucose, can be an early sign of insulin resistance developing before diabetes does.
hs-CRP is a highly sensitive marker of inflammation throughout the body. Elevated levels are linked to increased cardiovascular risk, even in people with otherwise normal cholesterol.
Uric acid is a waste product formed when the body breaks down certain foods and cells. High levels are linked to gout and can also affect kidney function over time.

Thyroid

is the signal your pituitary gland sends to control thyroid hormone production. It’s typically the first marker checked to screen for an underactive or overactive thyroid.

Uptake This is an older laboratory method used to assess how thyroid hormone is binding in the blood. It’s typically interpreted alongside other thyroid markers rather than on its own.
Free T4 measures the active, usable form of your primary thyroid hormone. Abnormal levels help determine whether your thyroid is underactive or overactive.
This measures the total amount of thyroxine in your blood, both bound and free. It’s used alongside Free T4 and TSH to build a complete picture of thyroid function.

Iron Studies

Ferritin reflects how much iron your body has in storage. Low ferritin is one of the earliest signs of developing iron deficiency, often before anemia appears on a standard blood count.
This measures the amount of iron actively circulating in your bloodstream at the time of the draw. It fluctuates more than ferritin, so it’s typically interpreted alongside other iron markers.
TIBC measures how much iron your blood could carry if fully saturated. It rises when your body is iron deficient and trying to increase its capacity to absorb more.
This shows what percentage of your iron-carrying capacity is actually in use. Low saturation points to iron deficiency, while high saturation can indicate iron overload.

Liver Health

GGT is a liver enzyme that tends to rise before many other signs of liver stress become apparent. It’s particularly sensitive to alcohol use and certain medications, making it useful for catching early liver strain.

Vitamins & Nutrition

Vitamin D supports bone health, immune function, and mood regulation. Deficiency is extremely common and has been linked to fatigue, low mood, and weakened immunity.
B12 is essential for nerve function and red blood cell production. Low levels can cause fatigue, brain fog, and, if left untreated, nerve damage.
Folate works closely with B12 in cell growth and energy metabolism. Deficiency can contribute to anemia and is closely linked to B12 status.
Magnesium is involved in hundreds of processes in the body, including muscle function, sleep, and nerve signaling. Low levels are common and can contribute to fatigue, cramping, and poor sleep quality.

Hormone Health

Estradiol is the primary form of estrogen, playing a key role in reproductive health and bone density. Abnormal levels can affect menstrual cycles, fertility, and long-term bone health.
These pituitary hormones regulate reproductive function in both men and women. Abnormal levels can point to fertility issues or hormonal imbalances tied to the ovaries or testes.
Prolactin is best known for its role in milk production, but it can also affect menstrual cycles and libido when elevated outside of pregnancy or breastfeeding.
Progesterone plays a central role in the menstrual cycle and early pregnancy. Low levels can be linked to irregular cycles or fertility challenges.
This measures the active form of testosterone actually available for your body to use. Low levels can affect energy, mood, and muscle mass in both men and women.
DHEA is a precursor hormone your body converts into other hormones, including testosterone and estrogen. Levels naturally decline with age and can be linked to energy and stress resilience.
This protein binds to sex hormones in the blood, affecting how much is actually available for your body to use. Abnormal levels can shift the balance between “bound” and “free” hormone availability.

Additional Markers

ApoB gives a direct count of the particles that carry cholesterol into your artery walls. It’s increasingly considered a stronger predictor of cardiovascular risk than LDL alone.

Lipoprotein A is a cardiovascular risk marker that’s largely determined by genetics rather than lifestyle. It’s not part of a standard lipid panel, but it can meaningfully change someone’s actual risk profile.

Phosphorus works closely with calcium to support bone health and is also involved in how your cells produce and use energy. Abnormal levels can be linked to kidney function or bone-related conditions.

Frequently asked questions

Yes, for most markers, fasting for 8–12 hours beforehand gives the most accurate results, particularly for glucose, insulin, and lipid panels. Your care team will confirm exactly what’s needed before your appointment.
Most results are back within 5–7 business days of your draw, and your care team will schedule a review shortly after.
Yes. If you have recent results, typically from within the last 3–6 months, your care team can review them directly instead of ordering a new panel.
Most members retest every 3–6 months to track meaningful changes, though your care team may recommend a different cadence based on your specific results and goals.
You can complete testing at a local partner lab or with an at-home draw, whichever fits your schedule.
Every panel is reviewed with you by a licensed provider, who explains what your numbers mean and builds them directly into your plan.

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