TRUHEALTH™

The Epigenetic Panel Precision Care Requires

Give your patients answers routine labs can't. TruHealth measures 19 biological systems epigenetically – from inflammation and metabolism to hormones and toxin exposure.
POWERED BY SCIENCE FROM
PRECISION HEALTH

One test. Nineteen vital health systems.

From a single finger prick, TruHealth measures 19 biological systems across 100+ epigenetic biomarkers.
Vitamins

Retinol (Vitamin A), Nicotinamide, Pantothenic Acid (B5), Pyridoxine / Pyridoxine-5-Phosphate (B6), Inositol, Cholecalciferol (Vitamin D), Alpha-tocopherol, Total Cholines, Betaine

Amino acids

Methionine, Cysteine, S-methylmethionine, Taurine, Ergothioneine, Glutamine, Arginine, Tyrosine, L-Aspartic Acid, N-carbamoylvaline, Asparagine, N-acetylthreonine, N-acetylvaline, Glycine, Cystathionine, N-acetylhistidine, Citrulline

Antioxidants

Retinol (Vitamin A), Alpha-tocopherol, Lutein, Carotene Diol, Acetyl-L-Carnitine, Ergothioneine

Fats and cellular membranes

Omega-3, DHA, Docosapentaenoic Acid, EPA, Omega-6, LA, PUFA, MUFA, SFA, Pentadecanoate (C15:0), Phosphoglycerides, Phosphatidylcholines, Sphingomyelins

Lipid peroxidation

Phospholipase A2, Octadecadienedioate (C18:2-DC)

Serum lipids

LDL-C, LDL Particle Size, VLDL-C, VLDL Particle Size, ApoA1, HDL-C, HDL Particle Size, Total Triglycerides, Remnant Cholesterol, ApoC-II, APOE, PCSK9

Blood pressure

Vanillactic Acid, Phenylacetylglutamine, Systolic Blood Pressure, Dimethylarginine (SDMA and ADMA)

Metabolic markers

HbA1c, Glucose, Palmitoylcarnitine, Leptin, Phenylacetylglutamine, IGF-1, Adiponectin, Cystatin-C, Erythritol, Homocitrulline

Immune markers

White Blood Cell Count, Neutrophil Count, Lymphocyte Count, CRP, Neutrophil-to-Lymphocyte Ratio (NLR), Systemic Immune-Inflammation Index (SII), CD4/CD8 Ratio

Neurocognitive markers

Neurogranin, Quinolinate, Dopamine 3-O-sulfate, Dopamine 4-sulfate, TGF-beta, Progranulin, Neurosecretory Protein VGF

Inflammation markers

CRP, IL-6, Methionine Sulfone, Serum Amyloid A-1 Protein, Glycoprotein Acetyls

Stress markers

Cortisol, Vanilmandelic Acid (VMA), Kynurenine, DHEA Sulfate

Toxins

PFOS, PFOA, HPMA, 2-hydroxyfluorene Sulfate

Uric acid pathway

Urate, Xanthine, Allantoin

Mitochondrial function

ATP Synthase Subunit Beta (ATP5B)

Oxidative defense

Methionine Sulfone, Allantoin, Dimethyllysine, HSP-90 Alpha, G6PD

NAD+ metabolism

Nicotinamide, Nicotinamide Riboside, 1-Methylnicotinamide

Ketones

3-Hydroxybutyrate (BHBA), Acetoacetate

Supplements

Alpha-Ketoglutarate, Spermidine

One test. Nineteen vital health systems.

From a single finger prick, TruHealth measures 19 biological systems across 100+ epigenetic biomarkers.
Nadia deals with joint pain and brain fog that flare unpredictably. Her standard labs keep coming back normal, so she wants a functional look at what could be driving the inflammation.
HOW TRUDIAGNOSTIC MAY HELP
TruHealth can measure systemic inflammation and the biomarkers around it, including CRP, oxidative stress, omega balance, and vitamin D. In a profile like Nadia’s, a targeted plan built on those results could bring an elevated inflammation score down and move the supporting markers toward optimal range.
BEFORE
81%
INFLAMMATION
CRP
High
OXIDATIVE STRESS
Elevated
OMEGA BALANCE
Low
VITAMIN D
Deficient
BEFORE
34%
INFLAMMATION
CRP
Optimal
OXIDATIVE STRESS
Low
OMEGA BALANCE
Ideal
VITAMIN D
Optimal
Diego runs on fumes by mid morning even with plenty of coffee and sleep. He wants to know whether the problem is at the cellular level rather than just in his schedule.
HOW TRUDIAGNOSTIC MAY HELP
TruHealth can show whether mitochondrial function is suboptimal by looking at markers like ATP synthesis, NAD+ metabolism, oxidative stress, and glucose. In a profile like Diego’s, a focused mitochondrial support plan could help move those markers toward ideal and lift a low mitochondrial function score over time.
BEFORE
41%
MITOCHONDRIAL FUNCTION
ATP SYNTHESIS
Suboptimal
NAD+ METABOLISM
Low
OXIDATIVE STRESS
High
GLUCOSE
High
BEFORE
88%
MITOCHONDRIAL FUNCTION
ATP SYNTHESIS
Ideal
NAD+ METABOLISM
Optimal
OXIDATIVE STRESS
Low
GLUCOSE
Optimal
Aisha feels wired but tired, with a racing mind at night and a short fuse during the day. She wants to see what her stress physiology is actually doing rather than just being told to relax.
HOW TRUDIAGNOSTIC MAY HELP
TruHealth can map her stress and hormone markers, including catecholamine metabolism, cortisol, DHEA sulfate, and the inflammation they can drive. In a profile like Aisha’s, a plan built around those results could help her stress markers come back into balance and raise a low stress resilience score.
BEFORE
38%
STRESS RESILIENCE
VMA CATECHOL
High
CORTISOL
Elevated
INFLAMMATION
Low
DHEA SULFATE
Deficient
BEFORE
84%
STRESS RESILIENCE
VMA CATECHOL
Optimal
CORTISOL
Optimal
INFLAMMATION
31%
DHEA SULFATE
Optimal
After years of environmental exposure at home and work, Grace wants to know whether accumulated toxins could be affecting her health. She wants a way to track her body burden as she works to reduce it.
HOW TRUDIAGNOSTIC MAY HELP
TruHealth can quantify toxin burden across markers like PFOS, PFOA, and HPMA, alongside the oxidative stress and inflammation they can drive. In a profile like Grace’s, reducing exposure and supporting detoxification could bring a high toxin burden score down with oxidative stress and inflammation following.
BEFORE
72%
TOXIN BURDEN
PFOS / PFOA
High
HPMA
High
OXIDATIVE STRESS
Elevated
INFLAMMATION
58%
BEFORE
28%
TOXIN BURDEN
PFOS / PFOA
Low
HPMA
Low
OXIDATIVE STRESS
Low
INFLAMMATION
27%
CHRONIC INFLAMMATION
Nadia H.
INFLAMMATION
81%
34%
CRP
BEFORE
AFTER
CRP
High
High
OXIDATIVE STRESS
Elevated
High
OMEGA BALANCE
Low
High
VITAMIN D
Deficient
High
Nadia deals with joint pain and brain fog that flare unpredictably. Her standard labs keep coming back normal, so she wants a functional look at what could be driving the inflammation.
HOW TRUDIAGNOSTIC MAY HELP
TruHealth can measure systemic inflammation and the biomarkers around it, including CRP, oxidative stress, omega balance, and vitamin D. In a profile like Nadia’s, a targeted plan built on those results could bring an elevated inflammation score down and move the supporting markers toward optimal range.
LOW ENERGY
Diego F.
MITOCHONDRIAL FUNCTION
41%
88%
CRP
BEFORE
AFTER
ATP SYNTHESIS
Suboptimal
Ideal
NAD+ METABOLISM
Low
Optimal
OXIDATIVE STRESS
High
Low
GLUCOSE
High
Optimal
Diego runs on fumes by mid morning even with plenty of coffee and sleep. He wants to know whether the problem is at the cellular level rather than just in his schedule.
HOW TRUDIAGNOSTIC MAY HELP
TruHealth can show whether mitochondrial function is suboptimal by looking at markers like ATP synthesis, NAD+ metabolism, oxidative stress, and glucose. In a profile like Diego’s, a focused mitochondrial support plan could help move those markers toward ideal and lift a low mitochondrial function score over time.
HORMONE & STRESS
Aisha B.
STRESS RESILIENCE
38%
84%
CRP
BEFORE
AFTER
VMA CATECHOL
High
Optimal
CORTISOL
Elevated
Optimal
INFLAMMATION
Low
31%
DHEA SULFATE
Deficient
Optimal
Aisha feels wired but tired, with a racing mind at night and a short fuse during the day. She wants to see what her stress physiology is actually doing rather than just being told to relax.
HOW TRUDIAGNOSTIC MAY HELP
TruHealth can map her stress and hormone markers, including catecholamine metabolism, cortisol, DHEA sulfate, and the inflammation they can drive. In a profile like Aisha’s, a plan built around those results could help her stress markers come back into balance and raise a low stress resilience score.
DETOX & TOXIN LOAD
Grace W.
TOXIN BURDEN
72%
28%
CRP
BEFORE
AFTER
PFOS / PFOA
High
Low
HPMA
High
Low
OXIDATIVE STRESS
Elevated
Low
INFLAMMATION
58%
27%
After years of environmental exposure at home and work, Grace wants to know whether accumulated toxins could be affecting her health. She wants a way to track her body burden as she works to reduce it.
HOW TRUDIAGNOSTIC MAY HELP
TruHealth can quantify toxin burden across markers like PFOS, PFOA, and HPMA, alongside the oxidative stress and inflammation they can drive. In a profile like Grace’s, reducing exposure and supporting detoxification could bring a high toxin burden score down with oxidative stress and inflammation following.
DEVELOPED WITH HARVARD UNIVERSITY

From Epigenetic Data to Clinical Next Steps

TruHealth translates epigenetic findings into specific clinical recommendations – developed with Harvard researchers and practicing clinicians so the guidance fits how you actually work.

What TruHealth Adds to Your Clinical Workflow

TruHealth measures epigenetic health through DNA methylation – capturing longer-term biological signals that standard serum values miss, and that more precisely reflect underlying dysfunction and disease risk.
Establish a baseline

An initial test establishes where your patient stands biologically today, giving you the clinical anchor that turns every follow-up visit into a progress conversation.

Personalize a care plan

When your patient’s  history and labs leave the picture incomplete,  fill the gaps with the biological context you need to build a care plan that actually fits.

Monitor intervention response

Show whether the protocols you’re recommending are actually working at the biological level, giving your patients evidence  that lifestyle changes are making a measurable difference.

Prioritize areas for follow-up

When a patient has multiple concerns, testing helps you see which biological systems need the most attention, turning a complex clinical picture into a clear set of priorities.

SEAMLESS CLINIC WORKFLOW

How does TruHealth work?

Order TruHealth for Your Practice

Register as a TruDiagnostic provider and order directly through the Provider Portal – either in bulk for clinic delivery or shipped directly to individual patients.

Patient Sample Collection

Each test includes a simple, finger-stick blood collection that takes approximately 3 minutes. Patients follow the enclosed instructions and return their sample via USPS drop-off using the prepaid materials provided.

Receive Actionable Results

Results are available in your Provider Portal within 2–4 weeks from the date the lab receives the sample, ready to review with your patient.
BENEFITS OF TESTING

Uncover the root cause of unexplained symptoms

TruHealth reads over 1 million CpG sites per test to show you the biological drivers behind your most complex patient presentations.
Depression
PCOS
Obesity
Heart Disease
Cancer
Infertility
Fatigue
Weight Issues
Poor Immune Function
Hypothyroidism
Hypertension
Poor Athletic Performance
Autoimmune
Type 2 Diabetes
ADD / ADHD
Malnutrition
Maldigestion
Insomnia
Brain Fog
Bloating
Gut Health

Why Physicians Choose TruHealth

TruHealth reads over 1 million CpG sites per test to show you the biological drivers behind your most complex patient presentations.
TruHealth™
Genova NutrEval
DUTCH Test
Quest / LabCorp
Testing methodology
Epigenetic
DNA methylation
Serum
Metabolomics
Dried urine
LC-MS/MS
Serum
Standard chemistry
Signal horizon
Long-term
Biological patterns
Point-in-time
Snapshot
Point-in-time
Snapshot (24-hr window)
Point-in-time
Snapshot
Biomarker count
105+
Epigenetic biomarkers
125+
Metabolomic markers
35
Hormone markers
50+
Comprehensive profile
Systems / domains covered
19 systems
5 domains
3 domains
~6 systems
Sample type
Blood sample
No phlebotomies needed.
Blood + urine + buccal
Dried urine
Blood draw
FREQUENTLY ASKED

FAQs

Common questions providers ask about TruHealth – biomarkers, methodology, ideal patients, validation, and ordering.
Which biomarkers does TruHealth test?

TruHealth measures 110+ epigenetic biomarkers from a single at-home finger prick, mapped to 19 biological systems and organized into 7 clinical categories:

Nutrition — Vitamins (A, B2, B3, B5, B6, B8, C, D, E, Choline, Betaine), Amino Acids (Methionine, Cysteine, S-Methylmethionine, Taurine, Ergothioneine, Glutamine, Arginine, L-Aspartic Acid, Valine, Asparagine, Threonine, Glycine, Carnosine, Cystathionine, Histidine, Citrulline, Dimethylarginine, ADMA and SDMA, Homocitrulline, Dimethyllysine), Antioxidants (Acetyl-L-Carnitine, Carotenoids), and Fats & Cellular Membranes (Omega 3, DHA, DPA, EPA, Omega 6, LA, PUFA, MUFA, SFA, Pentadecanoate, Phosphoglycerides, Phosphatidylcholine, Sphingomyelins).

Glycemic & Metabolic — Metabolic Markers (HgbA1c, Glucose, Fat Burning Marker, Satiety Hormone, Phenylalanine Dysbiosis Marker, Adiponectin, Erythritol), Ketones (Beta Hydroxybutyrate), Uric Acid Pathway (Uric Acid, Xanthine, Allantoin).

Mitochondrial & Oxidative — Mitochondrial Function (Energy Balance Marker, ATP Synthase, Energy Transport Protein), Oxidative Defense (Myeloperoxidase, Oxidative Stress Indicator, Oxidative Damage Marker), NAD+ Metabolism (Byproduct Marker, 1-MNA).

Lipid & Vascular — Lipid Peroxidation (Phospholipase A2, Glutathione Peroxidase, Octadecadienedioate C18:2-DC), Serum Lipids (ApoB, LDL-C, LDL Particle Size, VLDL-C, VLDL Particle Size, ApoA1, HDL-C, HDL Particle Size, Total Triglycerides, Remnant Cholesterol, ApoC-II, APOE, PCSK9), Blood Pressure (Vanilla Acetic Acid, Phenylacetylglutamine).

Immune & Inflammation — Immune Markers (White Blood Cell Count, Neutrophil Count, Lymphocyte Count, CRP, Neutrophil to Lymphocyte Ratio, Systemic Immune-Inflammation Index, CD4/CD8 Ratio, Cystatin-C, HSP-90 alpha), Inflammation Markers (IL-6, Oxidative Stress Marker, Serum Amyloid A-1 Protein, Glycoprotein Acetyls, IGF-1, DHEA Sulfate).

Toxins & Exposures — PFAS, Acrolein, Polycyclic Aromatic Hydrocarbons, Pesticides, Lead Exposure.

Neurocognitive & Stress — Neurocognitive Markers (Memory Health Protein, Brain Inflammation Marker, Cell Repair Marker, Brain Anti-Inflammatory Protein, VGF), Stress Markers (Adrenal Activity Marker, Chronic Stress Marker).

Together, these 100+ biomarkers reveal a longer-horizon biological signal across nutrition, metabolic flexibility, mitochondrial capacity, inflammation, toxin burden, and cognitive-stress load — surfacing what may be quietly driving symptoms that conventional panels miss.

How does TruHealth enable precision care?

TruHealth measures functional and nutritional health through DNA methylation analysis — the same epigenetic technology that powers TruAge — applied to surrogate biomarkers across nutrition, metabolic, immune, mitochondrial, and other functional pathways. Rather than relying solely on direct serum concentrations of vitamins, amino acids, and metabolites — which fluctuate hour-to-hour with meals, hydration, and acute stress — TruHealth reads methylation patterns at more than 1,000,000 CpG sites that reflect a sustained biological signal across weeks to months. This gives providers a stable, system-level view of where a patient's biology actually sits, from a single finger prick.

Why is measuring epigenetic biomarkers important?

Many of the conditions that providers spend the most time managing — chronic fatigue, brain fog, cardiometabolic risk, autoimmune flares, persistent inflammation — are downstream of upstream nutritional and functional imbalances that standard labs are not designed to surface.

Conventional micronutrient panels are snapshot measurements: a single number, measured in plasma or serum, highly sensitive to what a patient ate that morning or how hydrated they are. TruHealth's epigenetic methodology, by contrast, reflects a sustained biological signal across weeks to months — making it more clinically meaningful than a one-day blood result.

Crucially, epigenetic biomarkers are modifiable. Unlike a fixed genetic test, methylation patterns shift in response to diet, supplementation, sleep, exercise, and pharmacologic intervention — making TruHealth a powerful tool for longitudinal monitoring of what's actually working at the cellular level, not just clinical endpoints.

What type of patients benefit from TruHealth?

TruHealth is most clinically useful for patients whose symptoms or risk factors aren't fully explained by standard workups, and for providers building personalized nutrition, lifestyle, or longevity protocols.

• Patients with unexplained fatigue, brain fog, or persistent low mood whose conventional labs keep returning normal

• Patients with borderline metabolic markers (lipids, HbA1c, blood pressure) whose current protocol improves labs but not symptoms

• Patients on active interventions — supplementation, dietary protocols, GLP-1 agonists, peptides — where you want to measure cellular response, not just clinical endpoints

• Patients with chronic inflammation, autoimmune flares, or borderline immune dysfunction without a clear driver

• Patients invested in longevity and preventive medicine who want a quantitative baseline of their functional biology, with the ability to retest every three to six months

• Patients with suspected environmental exposure burden (toxins, heavy metals, PFAS) and no objective workup

Because TruHealth is not a diagnostic test, it is best positioned as an adjunct to clinical evaluation — a longitudinal functional signal to complement, not replace, standard workup.

What are the validated clinical outcomes for TruHealth?

TruHealth's biomarker panels are built on the same epigenetic methodology that powers TruAge, and are developed and validated in partnership with Harvard University. The underlying CpG signatures have been benchmarked across multiple independent cohorts and published in peer-reviewed literature.

How do I order TruHealth?

Providers order directly through the TruDiagnostic Provider Portal. Once your account is set up, you can place orders for clinic delivery or patient drop-ship.

Full pricing is available in the Provider Portal once your account is active. To get started, register as a provider at www.trudiagnostic.com/provider-application.