What’s included
The Yearly
100+ Lab Tests
The Yearly offers the comprehensive set of tests, repeated annually with no hidden fees and no insurance required.
When Needed
Menu of advanced tests
Get tests as needed to focus on specific areas or retest everything. It's simple, with transparent and competitive pricing.
Cardiac Health
Helps assess heart health by indicating the balance between protective HDL and potentially harmful LDL cholesterol, guiding effective cardiovascular risk management.
Helps identify elevated levels that may lead to atherosclerosis, enabling early intervention to reduce the risk of heart disease and stroke.
Helps detect elevated levels that can signal increased risk of heart disease and metabolic disorders, facilitating timely lifestyle or medical interventions
Provides a comprehensive measure of all potentially harmful cholesterol particles, offering a clearer picture of cardiovascular risk beyond just LDL cholesterol levels.
Testing hs-CRP helps identify inflammation in the body, which can indicate an increased risk of cardiovascular disease.
Testing HDL cholesterol helps evaluate the “good” cholesterol levels that protect against heart disease.
Testing total cholesterol provides a comprehensive overview of cholesterol levels in the blood, helping assess cardiovascular risk.
Measuring APO B levels indicates the number of atherogenic particles, helping assess cardiovascular risk.
Testing for large HDL particles helps evaluate the effectiveness of HDL in removing cholesterol from the bloodstream.
Testing lipoprotein (a) helps evaluate the risk of cardiovascular diseases due to genetic factors and higher levels of this lipoprotein
Directly measures low-density lipoprotein (LDL) cholesterol levels, providing an accurate assessment of cardiovascular risk, especially when fasting is not possible.
Measures levels of small dense LDL (sdLDL) particles, which are more atherogenic and associated with an increased risk of cardiovascular disease.
Measures levels of myeloperoxidase (MPO), an enzyme linked to inflammation and oxidative stress, which can indicate increased risk of cardiovascular disease.
Measures levels of N-terminal pro b-type natriuretic peptide (NT-proBNP), a marker used to assess heart failure and cardiac stress.
Measures levels of lipoprotein-associated phospholipase A2 (PLAC), an enzyme associated with vascular inflammation and increased risk of coronary heart disease.
Measures levels of apolipoprotein A-1 (APO A-1), the main protein component of HDL cholesterol, which is associated with protective cardiovascular effects.
Hormone Health
Testing PTH helps assess calcium regulation and diagnose parathyroid disorders.
Measuring prolactin levels helps diagnose pituitary disorders and reproductive health issues.
Testing free and total testosterone helps assess male and female reproductive health, diagnose hormonal imbalances, and monitor testosterone replacement therapy.
Measuring SHBG helps evaluate the amount of bioavailable sex hormones, such as testosterone and estradiol.
Testing albumin helps assess liver function, nutritional status, and kidney health.
Measures levels of dihydrotestosterone (DHT), a potent androgen, to assess its role in hormonal conditions like androgenic alopecia and prostate health.
Testing estradiol helps assess reproductive and menstrual health and monitor hormone replacement therapy.
Measuring estrone levels aids in evaluating menopausal status and estrogen-related disorders.
Testing estriol is useful for monitoring fetal health during pregnancy.
Measuring FSH helps evaluate reproductive function and diagnose fertility issues.
Testing DHEA-S helps assess adrenal gland function and diagnose hormonal imbalances.
Measuring LH levels helps evaluate reproductive health and diagnose conditions related to ovulation and testosterone production.
Measuring progesterone levels helps evaluate ovulation, pregnancy status, and menstrual health.
Thyroid Health
Testing total T4 helps assess overall thyroid hormone production and diagnose thyroid disorders.
Measuring free T3 levels helps evaluate active thyroid hormone availability and thyroid function.
Testing free T4 provides insight into unbound thyroid hormone levels, aiding in the diagnosis of thyroid conditions.
Testing iodine levels is crucial for evaluating thyroid function, as iodine is essential for thyroid hormone production. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Measuring TSH helps assess thyroid gland function and diagnose hypothyroidism or hyperthyroidism.
Testing for thyroid peroxidase antibodies helps diagnose autoimmune thyroid diseases, such as Hashimoto’s thyroiditis.
Measuring reverse T3 helps evaluate thyroid function and detect issues with thyroid hormone conversion.
Testing for thyroglobulin antibodies aids in diagnosing autoimmune thyroid disorders and monitoring thyroid cancer.
Stress
Testing cortisol helps assess adrenal function and diagnose conditions like Cushing’s syndrome or Addison’s disease.
Testing for Insulin-like Growth Factor 1 (IGF-1) helps assess growth hormone levels and can be important in diagnosing growth disorders, acromegaly, or pituitary gland dysfunction. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
This evaluates oxidative damage, antioxidant capacity, and cellular resilience, key factors in understanding the biological rate of aging and foundational elements of longevity. This panel includes 29 Genetic Markers & Enzymatic Antioxidant Response Markers, 11 Oxidative Damage & Cellular Stress Markers and 5 Nitrative & Glycation Stress Markers.
Toxic Exposure
Measuring aluminum levels helps assess exposure to aluminum, which can be toxic at high levels and linked to neurological conditions. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Testing for arsenic helps evaluate exposure to this toxic element, which can affect skin, lung, and other organ health. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Measuring antimony levels helps assess exposure to this toxic metal, which can have harmful effects on the heart and lungs. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Testing barium levels helps evaluate exposure to this element, which can be toxic and affect the gastrointestinal system and muscles. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Measuring bismuth levels helps assess exposure, particularly in relation to medical use or potential toxicity. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Testing cadmium levels helps evaluate exposure to this toxic metal, which can affect kidney function and bone health. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Measuring cesium levels helps assess exposure, which can have potential effects on the nervous system at high levels. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Testing gadolinium levels helps evaluate exposure, especially in people who have undergone MRI with gadolinium-based contrast agents. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Testing lead levels helps assess exposure to this toxic metal, which can affect neurological development, particularly in children. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Measuring mercury levels helps evaluate exposure to this toxic metal, which can impact the nervous system and kidneys. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Testing nickel levels helps assess exposure, which can lead to allergic reactions and other health issues at high levels. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Testing platinum levels helps evaluate exposure, often related to medical treatments like chemotherapy, or industrial exposure. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Testing for thallium helps assess exposure to this highly toxic element, which can affect the nervous system and hair growth. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Measuring thorium levels helps evaluate exposure, particularly in industrial settings, as it is radioactive and can be harmful. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Measures levels of tellurium in the body, indicating exposure to this element, which can occur through industrial processes or environmental sources.
Testing tin levels helps assess exposure, which can be toxic at high levels and affect gastrointestinal and neurological health. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Testing tungsten levels helps evaluate exposure, which can have potential toxic effects on the heart and lungs. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Measuring uranium levels helps assess exposure, especially in regions with high natural uranium levels, which can affect kidney function and is radioactive. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Measures levels of palladium in the body, indicating exposure to this metal, which can occur through industrial use, dental materials, or environmental sources.
Mycotoxins
Measures levels of aflatoxin M1, a metabolite of aflatoxin B1, indicating exposure to this potent mycotoxin.
Detects aflatoxin B1 levels, a highly toxic mycotoxin, to assess exposure and potential health risks.
Evaluates aflatoxin B2 levels, indicating exposure to this carcinogenic mycotoxin.
Measures aflatoxin G1 levels, reflecting exposure to this toxic mycotoxin.
Detects aflatoxin G2 levels, indicating exposure to this mycotoxin.
Evaluates sterigmatocystin levels, a precursor to aflatoxins, indicating exposure to fungal contamination.
Measures zearalenone levels, a mycotoxin with estrogenic effects, indicating exposure.
Detects fumonisin B1 levels, indicating exposure to this mycotoxin associated with corn products.
Evaluates fumonisin B2 levels, reflecting exposure to this mycotoxin.
Measures fumonisin B3 levels, indicating exposure to this mycotoxin.
Detects citrinin levels, a nephrotoxic mycotoxin, indicating exposure.
Evaluates mycophenolic acid levels, indicating exposure to this immunosuppressive mycotoxin.
Measures roridin E levels, indicating exposure to this macrocyclic trichothecene mycotoxin.
Detects enniatin B1 levels, indicating exposure to this mycotoxin produced by Fusarium species.
Evaluates verrucarin A levels, indicating exposure to this toxic trichothecene mycotoxin.
Measures DAS levels, indicating exposure to this highly toxic trichothecene mycotoxin.
Detects T-2 toxin levels, indicating exposure to this potent trichothecene mycotoxin.
Evaluates satratoxin G levels, indicating exposure to this toxic mycotoxin produced by Stachybotrys.
Measures satratoxin H levels, reflecting exposure to this mycotoxin.
Detects roridin A levels, indicating exposure to this macrocyclic trichothecene mycotoxin.
Evaluates roridin L-2 levels, indicating exposure to this mycotoxin.
Measures ochratoxin A levels, a nephrotoxic and carcinogenic mycotoxin, indicating exposure.
Detects patulin levels, indicating exposure to this mycotoxin commonly found in moldy fruits.
Evaluates dihydrocitrinone levels, indicating exposure to citrinin-related mycotoxins.
Measures gliotoxin levels, indicating exposure to this immunosuppressive mycotoxin.
Detects chaetoglobosin A levels, indicating exposure to this cytotoxic mycotoxin.
Environmental Chemicals
Measures levels of 2,4-D, a common herbicide, to assess exposure and potential health effects.
Evaluates perchlorate levels, which can disrupt thyroid function, indicating environmental exposure.
Detects DDA, a breakdown product of DDT, to assess exposure to this banned pesticide.
Measures DEDTP, a metabolite of organophosphate pesticides, indicating exposure to these chemicals.
Evaluates DMDTP levels, another organophosphate metabolite, to assess pesticide exposure.
Detects DETP, a metabolite indicating exposure to organophosphate pesticides.
Measures DMP levels, reflecting exposure to organophosphate pesticides.
Evaluates DEP, a metabolite of organophosphate pesticides, indicating exposure.
Detects DMTP levels, indicating exposure to organophosphate pesticides.
Measures atrazine levels, a herbicide, to assess environmental exposure and potential health risks.
Evaluates atrazine mercapturate, a metabolite, indicating atrazine exposure.
Detects glyphosate levels, a widely used herbicide, to assess exposure and potential health effects.
Measures 3PBA, a metabolite of pyrethroid insecticides, indicating exposure to these chemicals.
Evaluates MEP levels, a phthalate metabolite, to assess exposure to plasticizers.
Detects MEHP, a metabolite of DEHP, indicating exposure to phthalates.
Measures MEHHP levels, a metabolite of DEHP, reflecting phthalate exposure.
Evaluates MEOHP, another DEHP metabolite, indicating phthalate exposure.
Detects MEtP levels, indicating exposure to phthalates.
Measures methylparaben levels, a preservative, to assess exposure and potential health effects.
Evaluates propylparaben levels, indicating exposure to this common preservative.
Detects butylparaben levels, reflecting exposure to this preservative.
Measures ethylparaben levels, indicating exposure to this preservative.
Evaluates NAE levels, a metabolite indicating exposure to acrylamide.
Detects NACE levels, indicating exposure to acrylonitrile.
Measures NAHP levels, a metabolite indicating exposure to propylene oxide.
Evaluates NADB levels, indicating exposure to 1,3-butadiene.
Detects HEMA levels, indicating exposure to ethylene oxide.
Measures NAPR levels, indicating exposure to propylene oxide.
Evaluates DPP levels, a metabolite indicating exposure to flame retardants.
Detects TG levels, indicating exposure to certain environmental toxins.
Measures BPA levels, a common plasticizer, to assess exposure and potential endocrine disruption.
Evaluates triclosan levels, an antimicrobial agent, indicating exposure and potential health effects.
Detects 4-nonylphenol levels, indicating exposure to this industrial chemical.
Measures 2MHA levels, a metabolite indicating exposure to xylene.
Evaluates 3MHA levels, indicating exposure to xylene.
Detects 4MHA levels, indicating exposure to xylene.
Measures 2HIB levels, indicating exposure to certain industrial chemicals.
Evaluates PGO levels, indicating exposure to styrene.
Detects NAP levels, indicating exposure to certain environmental toxins.
Cancer
I want PSA Free and Total split please. Measures the total level of prostate-specific antigen in the blood, which can indicate prostate health and help in screening for prostate cancer.
I want PSA Free and Total split please Measures the level of unbound prostate-specific antigen in the blood, helping to differentiate between benign prostate conditions and prostate cancer.
Measures levels of AFP, which can be elevated in liver cancer and certain germ cell tumors, aiding in diagnosis and monitoring.
Assesses levels of CA-125, often elevated in ovarian cancer, and used for monitoring treatment response and disease progression.
Evaluates levels of CA 15-3, which can be elevated in breast cancer, helping in monitoring treatment and detecting recurrence.
Measures CA 19-9 levels, often elevated in pancreatic cancer, assisting in diagnosis and monitoring of treatment efficacy.
Detects CEA levels, which can be elevated in colorectal and other cancers, useful for monitoring treatment and recurrence.
Measures HE4 levels, which can be elevated in ovarian cancer, aiding in diagnosis and monitoring alongside CA-125.
Food Allergies and Sensitivities
This test is often used when patients experience immediate and severe reactions to food. Using IGE testing for food allergies tests for the triggering mechanism that causes the cells (and basophils) to release their chemicals referred to as IgE or Immunoglobulin E. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Through Oxford Medical, Any Lab Test Now can provide the only test that quantifies the intensity of food sensitivities by measuring the changes in the liquids to solids ratio of your blood. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
This test is often used when patients experience delayed reactions to food. Using IGG testing for food allergies tests for the triggering mechanism that causes the cells (and basophils) to release their chemicals referred to as IgG or Immunoglobulin G. This add-on is not included in the $555 membership but can be discussed and included when you come in for your appointment.
Genetic marker associated with celiac disease, indicating susceptibility to gluten intolerance.
Another genetic marker linked to celiac disease, helping identify individuals at risk for gluten-related disorders.
Detects antibodies against tissue transglutaminase, a key marker for diagnosing celiac disease.
Measures antibodies against deamidated gliadin peptides, aiding in the diagnosis of celiac disease.
Evaluates IgG antibodies against deamidated gliadin peptides, useful for diagnosing celiac disease, especially in IgA deficiency.
Assesses overall IgA levels to ensure accurate interpretation of celiac serology tests, as IgA deficiency can affect results.
Metabolic Health
Testing HbA1c helps assess long-term blood glucose control and diagnose diabetes.
Measuring uric acid levels helps diagnose gout and monitor kidney function.
Testing glucose levels provides a snapshot of blood sugar levels, aiding in the diagnosis and management of diabetes.
Measuring insulin levels helps assess pancreatic function and diagnose insulin resistance or hypoglycemia.
Provides a measure of average blood glucose levels over the past 2-3 weeks, offering insight into short-term glucose control.
Evaluates levels of adiponectin, a hormone involved in regulating glucose levels and fatty acid breakdown, indicating metabolic health.
Nutrients
Testing calcium levels helps assess bone health and diagnose conditions related to calcium metabolism.
Measuring ferritin levels helps to evaluate how iron stores in the body and diagnose anemia or iron overload.
Testing TIBC helps assess the body’s capacity to transport iron and diagnose iron-related disorders.
Measuring iron levels helps diagnose and monitor conditions like anemia and iron overload.
Testing iron saturation percentage provides insight into the proportion of transferrin-bound iron, aiding in the diagnosis of iron deficiency or overload.
Measuring magnesium levels helps evaluate metabolic and neuromuscular function and diagnose magnesium deficiencies or excesses.
Testing zinc levels helps assess immune function, wound healing, and overall nutritional status.
Measuring homocysteine levels helps evaluate cardiovascular risk and diagnose vitamin B deficiencies.
Testing vitamin D levels helps assess bone health, immune function, and the risk of vitamin D deficiency.
Measures the level of folate in the blood, which is essential for DNA synthesis and red blood cell formation, indicating nutritional status.
Assesses the level of vitamin B12, crucial for nerve function and red blood cell production, reflecting overall nutritional health.
Liver
Testing albumin levels helps evaluate liver function, as the liver is responsible for producing albumin; low levels can indicate liver disease or damage
Measuring AST levels helps assess liver function and diagnose liver damage or disease.
Testing total bilirubin levels helps evaluate liver function and diagnose conditions like jaundice or bile duct obstruction.
Measuring ALT levels helps assess liver health and diagnose liver damage or inflammation.
Testing ALP levels helps evaluate liver and bone health and diagnose liver or bone disorders.
Measuring total protein levels helps assess overall protein status, liver function, and nutritional health.
Testing GGT levels helps evaluate liver function and detect liver damage, particularly related to alcohol consumption or bile duct issues.
Kidneys
Measuring BUN helps assess kidney function and diagnose kidney or liver disease.
Measuring chloride levels helps assess electrolyte balance and diagnose metabolic disorders.
Testing creatinine levels helps evaluate kidney function and detect renal impairment.
Testing potassium levels helps evaluate electrolyte balance and diagnose conditions affecting the heart and muscles.
Measuring sodium levels helps assess electrolyte balance and diagnose disorders related to sodium metabolism.
Calculating the albumin/globulin ratio helps evaluate liver function and diagnose protein disorders.
Testing for microalbumin in urine helps detect early kidney damage, especially in people with diabetes.
Calculating the BUN/creatinine ratio helps assess kidney function and diagnose conditions like dehydration or kidney disease.
Testing calcium levels helps assess bone health and diagnose conditions related to calcium metabolism.
Measuring globulin levels helps assess immune function and liver health.
Measuring total protein levels helps assess overall protein status, liver function, and nutritional health.
Measures the level of phosphate in the blood, which can indicate kidney function as kidneys regulate phosphate balance.
Pancreas
Measures blood sugar levels, which can indicate pancreatic function related to insulin production and glucose metabolism.
Reflects average blood glucose levels over the past 2-3 months, helping assess long-term pancreatic function in glucose regulation.
Evaluates insulin production by the pancreas, providing insight into pancreatic beta-cell function and potential insulin resistance.
A tumor marker that can be elevated in pancreatic cancer, aiding in the diagnosis and monitoring of pancreatic malignancies.
An inflammatory marker that can indicate systemic inflammation, which may be associated with pancreatic diseases such as pancreatitis.
An enzyme that, when elevated, can suggest liver or pancreatic damage, as it is released into the bloodstream during tissue injury.
Primarily a liver enzyme, but elevated levels can also indicate pancreatic inflammation or damage.
An enzyme that, when elevated, can suggest bile duct obstruction or liver disease, which may be related to pancreatic disorders.
Elevated levels can indicate bile duct obstruction or liver dysfunction, which can be associated with pancreatic diseases like pancreatitis.
Blood and Immune
Testing WBC levels helps assess immune function and diagnose infections, inflammation, or blood disorders.
Measuring RBC levels helps evaluate overall blood health and diagnose anemia or other blood disorders.
Testing hemoglobin levels helps assess the oxygen-carrying capacity of the blood and diagnose anemia.
Testing MCHC helps evaluate the concentration of hemoglobin in red blood cells and diagnose various types of anemia.
Testing platelet count helps evaluate blood clotting ability and diagnose disorders related to bleeding or clotting.
Measuring MPV helps assess platelet production and function, providing insights into blood disorders.
Testing eosinophil levels helps diagnose allergic reactions, asthma, and parasitic infections.
Measuring hematocrit levels helps determine the proportion of blood volume occupied by red blood cells, aiding in anemia diagnosis.
Testing MCV helps classify types of anemia by measuring the average size of red blood cells.
Measuring MCH helps determine the average amount of hemoglobin in each red blood cell, useful in diagnosing anemia.
Measuring RDW helps assess the variability in red blood cell size, aiding in the diagnosis of different types of anemia.
Measuring basophil levels helps assess allergic reactions and certain types of blood disorders.
Testing neutrophil levels helps diagnose infections and inflammatory conditions, as they are the most common type of white blood cell.
Measuring monocyte levels helps evaluate chronic inflammation and certain types of infections or blood disorders.
Checking lymphocyte levels helps assess the immune system’s health and function, offering valuable insights into infections, autoimmune disorders, and overall immune response by identifying any abnormalities or imbalances.
Autoimmunity
Urine
Assessing urine color helps evaluate hydration status and detect potential abnormalities or health conditions.
Testing urine appearance (clear, cloudy, etc.) helps identify potential infections, sediment, or other issues.
Measuring glucose in urine helps diagnose diabetes or monitor glucose control.
g urine appearance (clear, cloudy, etc.) helps identify potential infections, sediment, or other issues.
Testing for bilirubin in urine helps evaluate liver function and detect possible liver disease or bile duct obstruction.
Measuring ketones in urine helps diagnose ketosis or diabetic ketoacidosis, commonly seen in uncontrolled diabetes or starvation.
Testing specific gravity helps assess urine concentration and kidney function, indicating how well the kidneys are filtering blood.
Detecting blood in urine helps diagnose potential issues such as urinary tract infections, kidney stones, or trauma.
Measuring urine pH helps evaluate the body’s acid-base balance and diagnose metabolic or kidney conditions.
Testing for protein in urine helps diagnose kidney disease or other conditions affecting kidney function.
Measuring urobilinogen levels helps assess liver function and detect liver disease or hemolytic anemia.
Testing for nitrite helps diagnose bacterial infections in the urinary tract, as certain bacteria convert nitrate to nitrite.
Measuring leukocytes (white blood cells) in urine helps diagnose infections or inflammation in the urinary tract.
Testing for WBCs in urine helps detect infections, inflammation, or other issues in the urinary tract.
Genetic Markers
Testing for Factor II and Factor V mutations helps identify inherited blood clotting disorders (such as Factor V Leiden or Prothrombin G20210A), which can increase the risk of deep vein thrombosis, pulmonary embolism, and pregnancy complications.
Testing for MTHFR mutations can help identify potential issues with folate metabolism, which may contribute to elevated homocysteine levels and increased risk for cardiovascular problems, pregnancy complications, and certain neurological conditions.
Testing for Apolipoprotein E (ApoE) genotype provides insight into an individual’s genetic risk for Alzheimer’s disease and cardiovascular disease, helping guide personalized prevention and treatment strategies.
Gastrointestinal
A comprehensive stool test that evaluates the health of your gut microbiome, assessing microbial imbalances, pathogens, and gut permeability. This test includes 53 Commensal & Probiotic Bacteria Markers, 23 Pathogenic Bacteria & Parasitic Infection Markers, 12 Viral & Fungal Markers, 30 Digestive Health & Metabolic Markers.
Infections
This test detects immune responses to a broad spectrum of viral pathogens, including Epstein-Barr virus, cytomegalovirus, and West Nile virus. This panel includes 9 Herpesviruses & Epstein Barr Virus Markers, 7 Cytomegalovirus Markers, 1 Bacterial Coinfection Marker.
This test evaluates exposure to Lyme disease, tickborne co-infections, and related opportunistic infections. This panel includes 28 Lyme Disease & Relapsing Fever Borrelia Markers, 14 Tickborne Coinfections & Bacterial Pathogens Markers, and 20 Viral & Opportunistic Infections Markers.
Add on This test is designed to evaluate immune system responses related to Lyme disease and its potential impact on autoimmunity. This panel includes 8 Lyme Arthritis Markers, 2 Lyme Neuroborreliosis Markers and 1 Lyme Carditis Marker.
This test evaluates immune responses and microbial imbalances associated with Candida overgrowth and irritable bowel syndrome (IBS). This panel includes 11 Candida & Fungal Overgrowth Markers and 2 IBS & Autoimmune-Related Gut Dysfunction Markers
Neurological
This test that evaluates immune reactivity to neurological antigens associated with neuroinflammation, cognitive decline, and autoimmune-related brain disorders. This panel includes 24 Neurological Autoimmunity & Inflammation Markers, 10 Peripheral & Neuromuscular Disorder Markers, 13 Blood-Brain Barrier & Nervous System Integrity Markers and 7 Infection-Associated Autoimmune Reactivity Markers.
This test assesses levels of key neurotransmitters and their metabolites involved in mood regulation, cognitive function, and stress response. This panel includes 12 Excitatory Neurotransmitters, 5 Inhibitory Neurotransmitters, 11 Other Neurotransmitters & Metabolites, 4 Neurotransmitter Ratios and 8 Diurnal Epinephrine & Norepinephrine Levels.