Currently Serving Texas Residents Only (Florida, Colorado, Hawaii coming soon)
Choose a focused panel or build your own. Every request is reviewed by a Texas-licensed provider before an order is placed.
Build my panelEligibility must be confirmed before building a request.
Start with a provider-designed panel, then add individual tests if you want a more personalized request.
A comprehensive baseline and monitoring panel for testosterone therapy.
Core blood count, metabolic, and thyroid screening for weight-management care.
The essential panel plus long-term glucose and cardiovascular markers.
A broader metabolic, thyroid, insulin, vitamin, and cardiovascular baseline.
Focused follow-up testing for patients participating in GLP-1 treatment.
A detailed hormone, thyroid, and general-health assessment for women.
A broad overview of metabolic, thyroid, cardiovascular, nutrient, and iron status.
Use the chevron beside a test for a short explanation. Tests already included in a selected panel are automatically marked for you.
Evaluates red blood cells, white blood cells, hemoglobin, hematocrit, and platelets. This test provides a broad look at blood health and may help your provider identify patterns associated with anemia, infection, inflammation, or changes that warrant further evaluation.
Measures glucose, electrolytes, proteins, and markers related to liver and kidney function. It provides a broad overview of metabolic health and may help your provider monitor general wellness, medication safety, hydration, and changes in organ function.
Estimates your average blood sugar level over approximately the previous two to three months. It may help your provider evaluate long-term glucose control, identify concerning trends, and monitor how lifestyle changes or treatment are affecting metabolic health.
Measures the amount of insulin circulating in your blood while fasting. When reviewed alongside glucose and A1c, it may provide additional insight into how your body is regulating blood sugar and whether changes in insulin sensitivity should be investigated.
Measures GGT, an enzyme found primarily in the liver and bile ducts. Your provider may use it with other liver markers to evaluate liver health, clarify an abnormal alkaline phosphatase result, or monitor factors that may place stress on the liver.
Measures uric acid, a waste product created when the body breaks down purines. Abnormal levels may be reviewed in relation to gout, kidney function, diet, medications, and certain metabolic conditions. Results should be interpreted alongside symptoms and other testing.
Measures total cholesterol, HDL, triglycerides, calculated LDL, non-HDL cholesterol, and related ratios. If triglycerides are too high for an accurate calculation, the laboratory may measure LDL directly. This panel helps provide an overall picture of cardiovascular and metabolic risk.
Measures ApoB, the primary protein found on cholesterol-carrying particles that can contribute to arterial plaque. Because each of these particles generally carries one ApoB molecule, the result may offer additional cardiovascular-risk information beyond a standard cholesterol panel.
Measures Lipoprotein(a), an inherited type of cholesterol-carrying particle associated with cardiovascular risk when elevated. Levels are largely determined by genetics and usually remain relatively stable, making this a potentially useful one-time addition to a broader cardiovascular assessment.
Measures very low levels of C-reactive protein, a marker of inflammation. When interpreted in the proper clinical setting, hs-CRP may provide additional information about cardiovascular risk. It is nonspecific and can also rise with infection, injury, or other inflammatory conditions.
Measures homocysteine, an amino acid influenced by vitamin B12, folate, kidney function, genetics, and other factors. Elevated levels may be reviewed as part of a cardiovascular or nutritional assessment and should be interpreted alongside the rest of your clinical picture.
Measures trimethylamine N-oxide, a metabolite influenced by intestinal bacteria, diet, liver processing, and kidney function. TMAO may provide supplementary information during a cardiometabolic assessment, but it is not intended to diagnose cardiovascular disease by itself.
Provides a more complete picture of testosterone status by measuring total testosterone, available free testosterone, and the protein that carries testosterone in the blood. Your provider may review these results alongside symptoms, health history, medications, and hormone-treatment status.
Measures estradiol, a major form of estrogen present in both women and men. Your provider may review it when evaluating reproductive function, menstrual changes, menopause, bone health, symptoms of hormonal imbalance, or response to hormone-related treatment.
Measures estradiol using a highly sensitive method designed for situations in which lower concentrations require greater analytical precision. It may be especially helpful when monitoring estradiol in men, postmenopausal women, or patients receiving certain hormone-related therapies.
Measures two pituitary hormones that regulate ovarian and testicular function. Your provider may review FSH and LH alongside testosterone, estradiol, progesterone, symptoms, and reproductive history to better understand how the brain and reproductive organs are communicating.
Measures prolactin, a hormone produced by the pituitary gland that influences breast milk production and reproductive function. Abnormal results may be associated with medications, stress, sleep, thyroid function, or pituitary conditions and should be interpreted in clinical context.
Measures progesterone, a hormone involved in ovulation, the menstrual cycle, and pregnancy. Your provider may use the result to evaluate menstrual or fertility concerns, assess cycle timing, or monitor certain hormone therapies. Interpretation may depend on when the sample is collected.
Measures DHEA-S, an androgen produced primarily by the adrenal glands. Your provider may review it when evaluating adrenal androgen production, symptoms of androgen excess or deficiency, menstrual concerns, hair or skin changes, or a broader hormone-health assessment.
Measures DHT, a potent androgen produced from testosterone through the 5-alpha-reductase enzyme. DHT influences prostate tissue, skin, hair, and other androgen-responsive tissues. The result may be useful when reviewing symptoms or therapies that affect androgen metabolism.
Measures prostate-specific antigen, a protein produced by prostate tissue. PSA may be reviewed as part of prostate-health monitoring, but elevations can occur with benign enlargement, inflammation, recent prostate stimulation, or prostate cancer. An abnormal result is not diagnostic by itself.
Measures thyroid-stimulating hormone as the initial assessment of thyroid function. If the TSH result falls outside the laboratory’s reference range, a Free T4 measurement may be performed automatically to provide additional information about thyroid hormone production.
Provides a broader assessment of thyroid function by measuring TSH, total T4, T3 uptake, and a calculated Free T4 Index. Your provider may use the combined results to evaluate thyroid activity and determine whether additional testing is appropriate.
Measures the unbound portion of thyroxine available for use by the body’s tissues. Free T4 is commonly interpreted with TSH and may help your provider better understand thyroid hormone production, clarify an abnormal TSH result, or monitor thyroid-related treatment.
Measures the unbound portion of triiodothyronine, the more active thyroid hormone available to the body’s tissues. It is generally interpreted with TSH and Free T4 when additional information about thyroid hormone activity or conversion is clinically appropriate.
Measures reverse T3, an inactive metabolite produced when the body converts T4 through an alternate pathway. Levels may change during fasting, severe illness, stress, or altered metabolism. This specialized test is interpreted with symptoms and standard thyroid testing—not by itself.
Measures antibodies directed against two proteins associated with the thyroid gland. These results may help your provider evaluate whether autoimmune activity could be contributing to abnormal thyroid results or symptoms. Positive antibodies do not determine thyroid function on their own.
Measures the primary circulating form of vitamin D and is commonly used to evaluate overall vitamin D status. Adequate vitamin D supports normal calcium regulation and bone health. Results may help guide whether dietary changes or supplementation should be considered.
Measures two vitamins needed for normal blood-cell production, DNA formation, and nervous-system function. Your provider may review these results when investigating anemia, fatigue, nutritional concerns, malabsorption, or neurologic symptoms such as numbness and tingling.
Provides a more complete assessment of iron status by measuring circulating iron, iron-binding capacity, transferrin saturation, and stored iron. The combined results may help your provider distinguish possible iron deficiency, altered iron transport, inflammation-related changes, or iron overload.
Measures the amount of iron circulating in the blood at the time of collection. Because serum iron can change with diet and time of day, it is usually most informative when interpreted with ferritin, transferrin, or total iron-binding capacity.
Measures transferrin, the primary protein responsible for transporting iron through the blood. Your provider may interpret it with serum iron, ferritin, and transferrin saturation to better understand iron availability, nutritional status, and possible causes of abnormal iron results.
Measures magnesium circulating in the blood. Magnesium supports normal muscle, nerve, heart, and enzyme function. The result provides a snapshot of serum magnesium and may be reviewed in relation to nutrition, medications, kidney function, or symptoms suggesting an electrolyte imbalance.
Measures retinol, the primary circulating form of vitamin A. Vitamin A contributes to normal vision, immune function, and cellular growth. Testing may help evaluate possible deficiency, excess supplementation, or absorption concerns. An overnight fast is required before collection.
Measures circulating vitamin B6, which contributes to amino-acid metabolism, neurotransmitter production, and normal blood-cell function. Testing may help evaluate possible deficiency or excessive supplementation. Vitamins and supplements can affect the result, so patients should follow collection instructions.
Measures the amount of zinc contained within red blood cells. Zinc supports numerous enzyme systems involved in immune function, wound healing, growth, and cellular health. The result may help your provider investigate possible deficiency, excess exposure, or nutritional concerns.
Measures insulin-like growth factor 1, a protein regulated primarily by growth hormone and nutritional status. Because IGF-1 levels remain steadier throughout the day than growth hormone itself, the test may help your provider evaluate overall growth-hormone activity.
Measures cortisol during the morning, when levels are normally near their daily peak. Cortisol is produced by the adrenal glands and helps regulate stress responses, blood pressure, glucose, and metabolism. The specimen should generally be collected between 7:00 and 9:00 a.m.
Choose your panel or individual tests and share your contact information. No payment is taken online.
Our team will review your goals, confirm the requested testing, and provide final pricing before anything is ordered.
After payment and provider authorization, you will receive instructions to complete the collection at Quest Diagnostics.
Your results are reviewed and appropriate follow-up options are discussed with you when indicated.
No payment is collected today. Share your contact information and a Magnum Health team member will call to confirm the requested testing, final pricing, and appropriate next steps.
Answers to the most common questions about requesting custom laboratory testing through Magnum Health.
A member of the Magnum Health team reviews your request and contacts you to confirm the tests selected, final pricing, and next steps before any laboratory order is placed.
No. Submitting the form creates a request only. Testing is not ordered until we review your selections and confirm the details with you.
Yes. Select the tests that interest you and use the notes field to mention anything else you would like considered. A provider may recommend adjustments based on clinical relevance and test availability.
Pricing depends on the tests selected. We will provide the final price before the order is placed, so you can review and approve it first.
We will provide collection instructions and available location options after your request has been reviewed and confirmed.
Some tests require fasting while others do not. We will tell you exactly how to prepare based on the tests included in your order.
Timing varies depending on the tests ordered. We will explain what to expect and contact you when the results are available.
When clinically appropriate, a Magnum Health provider can review your results in the context of your symptoms, health history, and goals. We will explain the available follow-up options when confirming your order.
