Essentials+

  • $748.00
  • $598.40
  • SAVE 20% w. code ULTASUMMER23
    FSA / HSA Eligible

Results: 1 to 5 days

Collection: blood draw

Biomarkers: 91

Gender: unisex

Coverage: full-body

Essentials+ is our flagship diagnostic panel, engineered to detect the earliest patterns of inflammation, dysfunction, and disease.

By testing 91 foundational biomarkers, across 10 domains of health, this panel can sound an alarm years before symptoms escalate.

Our platform works on a bi-directional interface with Quest Diagnostics. This means simplified ordering, digitized results, and AI-supported tracking.

Lab results are automatically posted to your myquest.com account and samples can be submitted at any Quest PSC nationwide.

| Frequency: retest semi-annually

| Popular add-ons: Hormone Health, Allergy Profile

  • Essentials+ includes the following tests, covering 91 biomarkers.

    1. Aluminum

    2. Apolipoprotein B

    3. C-Peptide

    4. Complete Blood Count (CBC)

    5. Comprehensive Metabolic Panel (CMP)

    6. Cortisol, Total

    7. Cystatin C w. eGFR

    8. Ferritin

    9. Gamma Glutamyl Transferase (GGT)

    10. Hemoglobin A1c

    11. HOMA IR

    12. Homocysteine

    13. hs-CRP

    14. IgG

    15. Insulin

    16. Iron

    17. Iron Binding Capacity (TIBC)

    18. % Saturation

    19. Lipase

    20. Lipid Panel

    21. Magnesium

    22. Phosphate (as Phosphorus)

    23. Parathyroid hormone (PTH)

    24. T3, Free

    25. T4, Free

    26. Thyroid Stimulating Hormone (TSH)

    27. Uric Acid

    28. Vitamin A (Retinol)

    29. Vitamin B12 (Cobalamin)

    30. Vitamin B9 (Folate)

    31. Vitamin D, 25-Hydroxy

    32. Vitamin E (Tocopherol)

    33. Zinc

  • Essentials+ is 10 diagnostic panels in 1.

    1. Bone Health

    2. Cardiovascular Health

    3. Glycemic Health

    4. Immune Function

    5. Iron Balance

    6. Kidney Function

    7. Liver Function

    8. Metabolic Health

    9. Nutrient Balance

    10. Thyroid Function

  • When evaluating Bone Health, focus on the following markers.

    For a stand-alone Bone Health panel, click here.

    1. Calcium: core mineral in bone structure; low levels may signal poor bone density or absorption issues.

    2. Magnesium: essential for converting vitamin D into its active form and regulating calcium transport.

    3. Phosphate (as Phosphorus): works with calcium to build strong bones and teeth; imbalances can weaken bone integrity.

    4. Parathyroid Hormone (PTH): regulates calcium and phosphate levels; elevated PTH may indicate bone loss or imbalance.

    5. Vitamin D: crucial for calcium absorption and bone mineralization; deficiency is a major risk factor for osteoporosis.

  • When evaluating Cardiovascular Health, focus on the following markers.

    For a stand-alone Cardiovascular panel, click here.

    1. ApoB: the most accurate marker of atherogenic particle count

    2. Hgb A1c: reveals average blood sugar levels over time; high levels increase risk of heart disease.

    3. hs-CRP: detects low-grade inflammation in arteries—a hidden driver of atherosclerosis and cardiovascular events.

    4. LDL-C: reflects concentration of cholesterol carried by LDL particles, a key driver of atherosclerosis.

    5. Hemoglobin: carries oxygen in the blood; low levels can signal anemia, limiting oxygen supply to the heart.

    6. Hematocrit: proportion of blood made up of red cells; impacts blood viscosity and circulation efficiency.

    7. Red Blood Cell (RBC) Count: vital for oxygen delivery; too high or low may strain cardiovascular function.

    8. Red Cell Distribution Width (RDW): measures variation in RBC size; elevated RDW is linked to inflammation and higher cardiovascular risk.

    9. Triglycerides: reveal metabolic health and insulin sensitivity—essential for assessing long-term cardiovascular risk.

  • When evaluating Glycemic Health, focus on the following markers.

    For a stand-alone Glycemic panel, click here.

    1. Cortisol: chronically elevated levels disrupt blood sugar control and increase insulin resistance.

    2. Hgb A1C: shows your 3-month average blood glucose; high A1c points to chronic glucose elevation.

    3. C-Peptide: reflects how much insulin your pancreas is producing — key to assessing insulin reserve and beta cell function.

    4. Insulin: the hormone that lowers blood sugar by moving glucose into cells; elevated fasting insulin suggests insulin resistance.

    5. Glucose: your real-time blood sugar level; critical for detecting hypoglycemia, prediabetes, or diabetes.

    6. HOMA IR (calculated): estimates insulin resistance using fasting insulin and glucose.

    7. Uric Acid: excess levels are linked to metabolic syndrome, insulin resistance, and increased risk of type 2 diabetes.

    8. Lipase: an enzyme made by the pancreas; high levels may signal pancreatic stress, which can affect insulin production.

  • When evaluating Immune Function, focus on the following markers.

    For a stand-alone Immune Function panel, click here.

    1. Ferritin: primary iron storage protein; low levels can weaken immune defenses, while high levels may signal inflammation.

    2. hs-CRP: highly sensitive marker of hidden inflammation; elevated levels can indicate chronic immune activation or infection.

    3. Immunoglobulin G (IgG): the most abundant antibody; key to long-term immune memory and defense against recurring infections.

    4. Vitamin D: crucial for immune modulation; deficiency is linked to increased susceptibility to infection and autoimmune conditions.

    5. White Blood Cells (WBC) Count: overall measure of immune activity; high or low counts can signal infection, inflammation, or immune suppression.

    6. Neutrophils: frontline defenders against bacterial infections; elevated levels typically indicate acute immune response.

    7. Lymphocytes: vital for adaptive immunity and viral defense; abnormal levels may reflect viral infections or chronic immune stress.

    8. Eosinophils: specialized cells involved in allergy and parasite defense; elevated levels can suggest allergic or autoimmune activity.

  • When evaluating Iron Balance, focus on the following markers.

    For a stand-alone Iron panel, click here.

    1. Ferritin: primary iron storage protein; low levels suggest deficiency, high levels may indicate inflammation or overload.

    2. Iron, Total: measures circulating iron; reflects how much iron is immediately available for use in the body.

    3. Total Iron Binding Capacity (TIBC): measures the blood’s capacity to transport iron; elevated levels can signal iron deficiency.

    4. % Saturation (calculated): indicates how much of the transport protein (transferrin) is bound to iron; low saturation often confirms deficiency.

    5. Hemoglobin: iron-containing protein in red blood cells; essential for oxygen transport—low levels indicate anemia.

    6. Hematocrit: percentage of blood composed of red cells; used alongside hemoglobin.

    7. Mean corpuscular volume (MCV): measures the average size of red blood cells; low values point to iron-deficiency anemia.

    8. Red cell distribution width (RDW): assesses variability in red blood cell size; elevated RDW can indicate early iron deficiency or chronic blood loss.

  • When evaluating Kidney Function, focus on the following markers.

    For a stand-alone Kidney panel, click here.

    1. Cystatin C: sensitive marker of kidney filtration function; often more accurate than creatinine, especially in early dysfunction.

    2. eGFR (calculated): estimates how well your kidneys are filtering blood; the gold standard for staging kidney disease.

    3. Blood Urea Nitrogen (BUN): reflects waste buildup in the blood; elevated levels may suggest impaired kidney clearance.

    4. Creatinine: byproduct of muscle metabolism; high levels indicate reduced kidney function or dehydration.

    5. BUN/Creatinine Ratio (calculated): helps distinguish between kidney and non-kidney causes of elevated BUN or creatinine.

    6. Aluminum: neurotoxic metal cleared by the kidneys; elevated levels may indicate poor detox function or exposure overload.

  • When evaluating Liver Function, focus on the following markers.

    For a stand-alone Liver panel, click here.

    1. (GGT) Gamma-Glutamyl Transferase: early warning signal of liver stress, alcohol use, or toxin overload.

    2. (ALT) Alanine aminotransferase: key enzyme released when liver cells are damaged; a frontline marker of liver injury.

    3. (AST) Aspartate aminotransferase: liver and heart enzyme; elevated levels may point to liver inflammation or muscle injury.

    4. Alkaline Phosphatase (ALP): used to detect bile duct issues and liver congestion; also relevant for bone health.

    5. Albumin: main blood protein made by the liver; low levels suggest impaired liver function or chronic disease.

    6. Bilirubin: pigment formed during red blood cell breakdown; high levels may indicate blocked bile flow or liver dysfunction.

  • When evaluating Metabolic Heath, focus on the following markers.

    For a stand-alone Metabolic panel, click here.

    1. Apolipoprotein B: best-in-class marker of harmful LDL particle count—strong predictor of heart and metabolic disease.

    2. hs-CRP: high-sensitivity C-reactive protein detects hidden inflammation driving insulin resistance and chronic disease.

    3. Homocysteine: a byproduct of metabolism; elevated levels increase risk of cardiovascular and neurological disorders.

    4. T4, Free: thyroid hormone regulating metabolic rate and energy production; low levels can slow metabolism.

    5. Gamma-Glutamyl Transferase (GGT): sensitive liver enzyme linked to oxidative stress, insulin resistance, and toxic overload.

    6. Alanine aminotransferase (ALT): liver enzyme elevated in fatty liver and metabolic syndrome—early signal of metabolic damage.

    7. Hemoglobin A1c: 3-month average of blood sugar; high levels indicate poor glucose control and risk of diabetes.

    8. C-Peptide: indicates how much insulin your body is producing naturally—key for diagnosing insulin resistance.

    9. Insulin: high fasting insulin signals early metabolic dysfunction—often years before blood sugar rises.

    10. Glucose: snapshot of current blood sugar levels—essential for diagnosing prediabetes and diabetes.

    11. HOMA IR (calculated): integrates glucose + insulin to estimate insulin resistance—the silent root of many chronic conditions.

    12. Uric Acid: linked to poor metabolic health, gout, and cardiovascular risk; high levels correlate with insulin resistance.

  • When evaluating Nutrient Balance, focus on the following markers.

    For a stand-alone Nutrient Balance panel, click here.

    1. Homocysteine: requires B vitamins (B6, B9, B12) to break down properly; elevated levels signal deficiency and increased cardiovascular risk.

    2. Vitamin A (Retinol): essential for vision, immune defense, and skin health; deficiency can impair cell growth and repair.

    3. Vitamin B12 (Cobalamin): crucial for nerve function, red blood cell production, and DNA synthesis; low levels may cause fatigue and neurological issues.

    4. Vitamin B 9 (Folate): supports cell division, DNA repair, and brain development; deficiency is linked to anemia and neural defects.

    5. Vitamin D: regulates calcium absorption, immune modulation, and inflammation control; low levels are widespread and tied to chronic illness.

    6. Vitamin E (Tocopherol): powerful antioxidant that protects cells from oxidative stress; supports skin, heart, and immune health.

    7. Magnesium: vital for over 300 enzymatic reactions, including muscle function, energy production, and blood sugar control.

    8. Zinc: supports immune defense, wound healing, and cellular repair; deficiency impacts hormonal and metabolic function.

  • When evaluating Thyroid Function, focus on the following markers.

    For a stand-alone Thyroid panel, click here.

    1. T3, Free: the active thyroid hormone that regulates metabolism, energy, and body temperature; low levels often indicate underactive thyroid.

    2. T4, Free: the storage form of thyroid hormone, converted to T3 in tissues; reflects the thyroid’s production capacity.

    3. Thyroid Stimulating Hormone (TSH): produced by the pituitary gland to signal the thyroid; elevated TSH usually means the thyroid is underperforming.

    4. Cortisol: cortisol and thyroid hormones are deeply intertwined. Chronic stress or adrenal dysfunction can block T4-to-T3 conversion and raise reverse T3.

    5. Ferritin: iron is essential for the conversion of T4 to T3 (via deiodinase enzymes). Even suboptimal ferritin (<50 ng/mL) can impair thyroid efficiency.

    6. Vitamin D: vitamin D plays a key role in immune modulation. Low vitamin D is strongly associated with autoimmune thyroid disorders (e.g., Hashimoto’s).