Comprehensive Hormone Testing
A single testosterone level rarely tells the whole story. See what a full, clinician-guided panel looks at — and where the evidence really stands.
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A single testosterone level, or a lone TSH, rarely tells the whole story. Hormones work as a network, so an integrative workup looks wider — across sex hormones, thyroid, adrenal rhythm, metabolic health, inflammation, micronutrients, and a safety baseline — because any one of those systems can be driving how you feel.
This page walks through what a comprehensive panel can include and, in plain language, what each category reveals. Testing is the Map it pillar of the Meridian Loop, and it anchors the whole integrative hormone health approach. Which tests are right for you is a clinical decision made with a licensed provider — this is education, not a prescription for a specific panel.
What a comprehensive panel can include
A menu, not a required checklist. Your clinician selects the right panel for your symptoms, history, and goals.
Sex hormones
The core panel for any hormone program, for both men and women:
- Total testosterone — overall circulating testosterone; the primary screen for deficiency.
- Free testosterone — the unbound, biologically active fraction; often more informative than total.
- Estradiol (E2), sensitive assay — matters for symptoms and safety in both sexes.
- SHBG — binds testosterone and estrogen and drives the gap between total and free; low SHBG often travels with insulin resistance.
- LH and FSH — pituitary signals that help distinguish a primary (gonadal) cause from a secondary (pituitary) one.
- DHEA-S — an adrenal androgen precursor and marker of adrenal output.
- Progesterone — central to female cycle and menopause assessment, and endometrial safety when estrogen is used.
- Prolactin — elevation can suppress reproductive hormones and may flag a pituitary issue.
Thyroid
Thyroid dysfunction mimics and worsens hormone-deficiency symptoms, so we look past TSH alone:
- TSH — the standard first-line screen.
- Free T4 — the main circulating thyroid hormone the body converts as needed.
- Free T3 — the most biologically active thyroid hormone, tied to metabolic rate and cognition.
- TPO and thyroglobulin antibodies — identify autoimmune thyroid disease such as Hashimoto’s.
- Reverse T3 — optional and evidence-limited; its clinical utility is contested and not endorsed by major endocrine guidelines. Presented as adjunctive, never diagnostic.
Adrenal and cortisol
“Adrenal fatigue” is not an established medical diagnosis, and diagnosing true adrenal disease requires serum-based dynamic testing, not any convenience panel.
- AM serum cortisol — an established screen for genuine adrenal insufficiency or excess.
- 4-point salivary/diurnal cortisol — a validated way to assess daily rhythm in chronic-stress presentations.
- DUTCH (dried urine) test — optional and emerging; outcome validation is limited and it cannot diagnose adrenal insufficiency or excess. Offered as an adjunct with caveats stated plainly.
Metabolic and insulin
Insulin resistance can suppress SHBG and testosterone and drives long-term cardiometabolic risk:
- Fasting glucose and HbA1c — established markers of dysglycemia, though they tend to rise late.
- Fasting insulin and HOMA-IR — can detect insulin resistance earlier than glucose alone.
- Lipid panel — a standard cardiovascular baseline.
- ApoB — a direct count of atherogenic particles, a more accurate risk marker than LDL-C alone.
- Lp(a) — a largely genetic, independent cardiovascular risk factor; one lifetime measurement is informative.
Inflammatory markers
These markers tell you inflammation is present; they do not, on their own, tell you why:
- hs-CRP — a sensitive marker of low-grade systemic inflammation.
- Homocysteine — a cardiovascular, cognitive, and methylation signal.
- Ferritin — an iron-storage marker that also rises with inflammation, read alongside hs-CRP.
- ESR — a nonspecific inflammation marker, usually corroborative.
Micronutrient status
Several nutrients are cofactors for hormone production, and deficiency is a correctable contributor:
- Vitamin D (25-OH) — a hormone-like nutrient with immune, musculoskeletal, and endocrine roles.
- Vitamin B12 and folate — red-cell production, nervous system, and methylation.
- Magnesium — a cofactor in many reactions; serum magnesium is an imperfect measure of total stores.
- Zinc — required for steroidogenic enzyme function; deficiency associates with lower testosterone.
- Omega-3 index — a marker of anti-inflammatory fatty-acid status.
Safety baseline
Standard-of-care labs any responsible program runs, especially when hormone therapy is on the table:
- CBC — includes hemoglobin and hematocrit, essential to monitor before and during testosterone therapy.
- CMP — electrolytes plus liver and kidney function.
- PSA (men) — a prostate safety screen before and during testosterone therapy.
- IGF-1 — a downstream marker of growth-hormone axis activity.
Advanced and optional tests — handled with honesty
Some tests appear frequently in functional practice but carry weaker or disputed evidence. Where a clinician judges one useful for an individual, we offer it as optional and adjunctive, never as routine or diagnostic.
- Gut/microbiome panels (e.g., GI-MAP) — no established “healthy” reference microbiome exists, and some evaluations report many false positives.
- Genetic/methylation testing (e.g., MTHFR) — routine testing is not recommended by major genetics bodies for general health.
- IgG food-sensitivity panels — leading allergy organizations hold that food IgG reflects exposure, not pathology.
- Provoked heavy-metals testing — challenge/provoked urine testing predictably yields “elevated” results regardless of true burden and is widely criticized.
- Organic acids test (OAT) — individual analytes are measurable, but the interpretive frameworks layered on top vary widely in rigor.
Being clear about limits is part of doing this well. Foundational, validated testing always comes first.
Frequently asked questions
Do I need every test on this page?
No. This is a menu, not a required checklist. A licensed clinician selects the right panel for your symptoms, history, and goals, and layers in advanced tests only when there is a specific reason.
Is a comprehensive panel better than an at-home hormone kit?
An at-home kit can be convenient, but a provider-guided panel is chosen for your situation and, just as importantly, interpreted in context. The value is not only in the numbers; it is in reading them together and deciding what to do next.
Are DUTCH, GI-MAP, and food-sensitivity tests worth it?
They may be useful as adjuncts for specific questions, but their evidence is emerging or contested, and none of them should be treated as a diagnosis. We will always tell you where a test sits on the evidence scale before you decide.
What does “normal” versus “optimal” really mean?
Reference ranges are built to flag disease across a whole population, not to describe how well an individual can feel and function. A result can be “normal” and still be worth discussing in the context of your symptoms and the rest of your panel.
Do you keep the standard safety labs a regular hormone clinic uses?
Yes. Hematocrit, PSA for men, estradiol where relevant, and ongoing monitoring are all part of the model. Integrative care adds context; it does not skip established safety checks.
How often will I be re-tested?
Re-testing is built into the program as the “Prove it” step, on a clinician-set schedule, so the plan can be reviewed and adjusted based on real data. See how the Meridian Loop works.
Curious what a panel would look like for you?
Begin your intake online, or call our clinical team to understand your options.
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This page is for educational purposes only and is not medical advice. It does not diagnose, treat, or guarantee any outcome. Which tests are appropriate, and how to interpret them, must be decided with a licensed clinician who knows your individual history.
Related reading
Explore how each part of the hormone system connects to the whole.