Our Testing

Turning complex data into clarity so you can live stronger, longer, and with purpose.

The Value of Tracking
Biomarkers for Longevity

Tracking key biomarkers can significantly enhance predictive health modeling and improve patient outcomes by offering insights into a patient’s physiological status, disease risk, and aging process.

These biomarkers allow for early detection, personalized interventions, and targeted preventive care. Below are the most valuable biomarkers to track for improving long-term health outcomes.

Hematologic / Cellular Markers

A detailed blood panel that assesses your red and white blood cells, platelets, and cellular profiles to detect subtle imbalances or early signs of disease.
COMPLETE BLOOD COUNT (CBC)
DIFFERENTIAL

Inflammation Markers

Chronic inflammation is a key factor in the development of many age-related diseases, including cardiovascular disease, diabetes, and cancer. Monitoring inflammation markers helps assess overall health and predict future disease risk.

High-sensitivity C-Reactive Protein (hs-CRP)
FERRITIN

Advanced Cardiovascular and Neurocognitive Markers

Beyond the standard lipid panel, our test measures the number and size of lipoprotein particles plus additional biomarkers (ApoB, Lp(a), homocysteine, fasting insulin, hs-CRP) to give a more refined assessment of cardiovascular and metabolic risk.

Apolipoprotein B (Apo B)
Standard Lipid Panel (Total Cholesterol, LDL-C, HDL-C, Triglycerides)
Lipoprotein(a) – Lp(a)
Homocysteine
Omega‑3 Index
Uric Acid

Metabolic Markers

Tracking glucose and insulin levels is essential for detecting prediabetes, diabetes, and insulin resistance, all of which significantly impact longevity.

Fasting Glucose
Hemoglobin A1c (HbA1c)
Insulin
2-Hour Glucose Tolerance Test
Insulin-like growth factor 1 (IGF-1)
Leptin

Hormone Levels

Hormonal imbalances can have a profound impact on aging, metabolism, mood, and overall health. Monitoring key hormones provides insights into a patient’s endocrine function and aging process.
Thyroid-Stimulating Hormone (TSH) and Free T4/T3
Prostate‑Specific Antigen (PSA) – Free & Total
Men’s Hormone Test Panel
Female Hormone Test Panel

Kidney and Liver Function Markers (Comprehensive Metabolic Panel/CMP)

Kidney and liver health is essential for detoxification, metabolism, and overall longevity. Regular monitoring helps identify potential organ dysfunction early.
Comprehensive Metabolic Panel (CMP)
Cystatin C

Vitamin Levels, Mineral Levels, Oxidative Stress and Antioxidant Markers

A comprehensive nutritional and biochemical assessment that measures essential vitamins/minerals and how well your body handles oxidative stress to guide optimization of longevity and wellness.

Folate
Iron Studies
Magnesium
Vitamin B12
Vitamin D

Biological Age & Pace of Aging Test

A cutting-edge evaluation that estimates your “biological age” (how fast you’re aging internally) and your physiological pace of aging to help personalize your anti-aging strategy.
TruAge by TruDiagnostics™

Genetic Blueprint & Health Pathways Profile

A genetic analysis of your personal health blueprint to identify inherited risks and actionable pathways for prevention and personalized wellness.

3x4 Genetic Blueprint

Body Composition & Bone Health

A full body scan that quantifies lean mass, fat mass, and bone density so you can track strength, skeletal integrity and long-term metabolic health.

DEXA SCAN

Coronary Calcium Score Screening

A non-invasive CT-based “heart scan” that measures calcium deposits in the coronary arteries, providing an early indicator of cardiovascular risk even before symptoms appear.
Coronary Artery Calcium (CAC) Score

Advanced Sleep & Recovery Tracking

A high-tech assessment of your sleep architecture, recovery responses and circadian rhythm to optimize restoration and enhance performance and health.
Oura Ring

Detect & Protect: Hearing Health Screening

An audiologic evaluation that identifies early hearing loss or changes in auditory health—important for cognitive wellness, communication and quality of life.
Hearing Screen

Comprehensive 12-Lead ECG Heart Screening

A full 12-lead electrocardiogram that screens your heart’s electrical activity for arrhythmias, conduction abnormalities, and early signs of cardiac disease.
12-Lead ECG

Breathing & Lung Capacity Evaluation

A pulmonary function assessment that measures airflow in and out of your lungs to detect early airway or lung problems, allowing for proactive optimization of breathing, performance and long-term health.

Spirometry

Metabolic Health

A direct measure of how many calories your body burns at rest, guiding personalized nutrition, weight management, and metabolic optimization.

Know Your Metabolism: Resting Metabolic Rate (RMR) Testing

VO₂ Max

A performance test that measures how efficiently your body uses oxygen during exercise, one of the strongest indicators of cardiorespiratory fitness and longevity.

How Efficient Is Your Body’s Engine?

Menopause

A personalized, medically supervised program to evaluate and, when appropriate, restore optimal hormone levels, supporting vitality, metabolic health and age‐related changes.

Hormone Replacement Therapy (HRT) Program
OPTIONAL

Add-Ons

Every test helps build your Core5 profile, enabling us to link metabolic, cardiovascular, hormonal, and lifestyle patterns with your long-term health outcomes.

Complete Blood Count (CBC)

WHAT IT MEASURES
The counts and types of your red cells, white cells, and platelets.
Why it matters
Abnormal values may point to anemia, infection, immune stress or early issues with your blood or organs.
Clinical use
It’s a foundational health check — detecting early problems so we can act before serious symptoms arise.
Parameters measured:

Differential

What it measures
The “differential” measures how many of each type of white blood cell (neutrophils, lymphocytes, monocytes, eosinophils, basophils) you have in your blood.
Why it matters
Each type of white blood cell plays a different role in your immune system. Abnormal numbers (high or low) or abnormal proportions can suggest infection, inflammation, immune system disorders, or blood-cell problems.
Clinical use
We use the differential to get more detail beyond the total white cell count — it helps us identify which part of the immune system might be active or suppressed, spot early signs of infection, allergic or parasitic response, bone-marrow or blood-cell disorders, so we can act sooner and tailor interventions appropriately.
Parameters measured:

High-sensitivity C-Reactive Protein (hs-CRP):

What it measures
A sensitive marker of systemic inflammation (in the low-range) that reflects underlying vascular inflammation, not just infection.
Predictive value
Elevated hs-CRP is an independent risk marker for cardiovascular disease (especially in those at “intermediate” risk). For example, hs-CRP ≥ 2 mg/L is considered a “risk-enhancer” in guidelines. In studies, when hs-CRP is elevated along with other biomarkers (like Lp(a) or homocysteine), cardiovascular risk is substantially higher.
Clinical use
hs-CRP helps gauge the “inflammatory burden” which may modify risk and guide non-lipid interventions (anti-inflammatory diet, exercise, sleep, stress reduction, potentially novel therapies). If hs-CRP is elevated, we may escalate both lifestyle and pharmacologic preventive strategies earlier.

Ferritin

What it measures
How much iron your body has stored (and also reflects inflammation).
Why it matters
Too much or too little iron (or hidden inflammation) can damage tissues, affect metabolism and increase risk of disease.
Clinical use
We check ferritin to detect hidden iron overload or deficiency and adjust nutrition, supplements, or anti-inflammatory approach accordingly.

Apolipoprotein B (Apo B)

What it measures
The total number of atherogenic lipoprotein particles (each LDL, VLDL, IDL particle carries one apoB molecule).
Predictive value

Elevated Apo B correlates strongly with the presence and progression of atherosclerosis and cardiovascular events — and in many cases is a more precise indicator than LDL-cholesterol alone.

Clinical use
In a longevity-focused practice, measuring apoB helps identify individuals whose cholesterol numbers look “ok” yet have a high number of particles (i.e., hidden risk). If apoB is elevated, we may intensify lifestyle/therapeutic strategies (diet, advanced lipid therapy, particle-size focus) even if standard lipids appear acceptable.

Standard Lipid Panel (Total Cholesterol, LDL-C, HDL-C, Triglycerides)

What it measures
The amounts of cholesterol and triglycerides in different lipoprotein classes
Predictive value
Traditional marker set for cardiovascular risk
Clinical use
Serves as the baseline lipid assessment in conjunction with more advanced markers (like apoB, particle number/size) to refine risk and tailor interventions.

Lipoprotein(a) – Lp(a)

What it measures
A specialized form of LDL-like particle that includes an apolipoprotein(a) component; largely genetically determined.
Predictive value
Elevated Lp(a) is independently associated with increased risk of atherosclerotic cardiovascular disease (ASCVD) (coronary heart disease, peripheral artery disease) even when other lipids are controlled. Also, in combination with inflammation (e.g., elevated hs-CRP) the risk appears amplified.
Clinical use
If Lp(a) is elevated, we may target more aggressive lipid/particle therapies, consider novel Lp(a)-lowering options as they become available, and tighten lifestyle and other risk-factor control.

Homocysteine

What it measures
An amino-acid by-product of methionine metabolism; elevated levels reflect a variety of metabolic derangements (vitamin deficiencies, impaired methylation, renal dysfunction).
Predictive value
Elevated homocysteine levels are independently associated with higher risk of cardiovascular events, coronary heart disease, and all-cause mortality. For example, those in highest homocysteine category had ~1.6-1.9× the risk of CHD/cardiovascular mortality compared to lowest.
Clinical use
measuring homocysteine helps identify an under-recognized risk pathway (endothelial dysfunction/methylation burden). If elevated, we investigate nutritional/vitamin status (B6, B12, folate), renal function, and may incorporate targeted interventions (nutritional dosing, lifestyle, possibly methylation support) while reducing cardiovascular/metabolic burden.

Omega‑3 Index

What it measures
The levels of key omega-3 fatty acids (EPA/DHA) in your body, reflecting long-term intake and tissue incorporation.
Why it matters
Higher omega-3 index is linked to lower cardiovascular risk, better brain health, lower inflammation and longer healthy life-span.
Clinical use
We use OmegaCheck to ensure your fat quality is optimal — if low, we prescribe dietary fish/seafood and/or supplementation to raise the index and improve outcomes.

Uric Acid

What it measures
This test measures how much uric acid is in your blood. Uric acid is a natural waste product that your body makes when it breaks down purines (found in some foods and in your body’s cells). Normally your kidneys help remove it from your blood.
Why it matters
If uric acid builds up too much, it can form crystals that irritate joints (which causes gout) or form kidney stones. Beyond that, higher uric acid levels have been linked with greater risk of high blood pressure, heart disease, and circulation problems. So, knowing your uric acid level gives you a clearer picture of some important health pathways.
Clinical use
We use uric acid to evaluate cardiovascular or metabolic risk (especially when other risk factors are present). This will help guide lifestyle advice and treatment when uric acid is elevated

Fasting Glucose

What it measures
Your blood sugar level after an overnight fast (typically ~8 hours).
Why it’s important
If this number stays elevated, it signals that your body is starting to struggle with controlling sugar — a first step on the way to diabetes or other metabolic problems.
Clinical use
We measure it regularly to catch early signs of trouble (before you feel anything). If it’s creeping up, we intervene with changes like diet, exercise, and lifestyle to reverse course.

Hemoglobin A1c (HbA1c)

What it measures
This gives us an average of your blood sugar over the past 2–3 months, rather than one moment in time.
Why it’s important
It’s a reliable metric for long-term sugar control. It helps us see if things are staying stable or drifting in the wrong direction.
Clinical use
In our longevity-focused care, we check this to see how well your sugar-control plan is working (diet, activity, maybe medications). If it’s outside target, we crank up the lifestyle support.

Insulin

What it measures
The amount of insulin in your blood when fasted. Insulin is the hormone your body uses to lower blood sugar.
Why it’s important
If insulin is high even when your blood sugar looks “okay,” that often means your body is compensating — you’re becoming insulin-resistant. That’s a red flag for metabolic syndrome, diabetes and cardiovascular risk.
Clinical use
We monitor this to spot hidden resistance early (before sugar “breaks”). If we see elevated fasting insulin, we can implement targeted interventions (weight loss, resistance training, diet tweaks) to reverse resistance and protect your longevity.

2-Hour Glucose Tolerance Test

What it measures
You drink a standard glucose solution and after two hours we see how your body handled the sugar load.
Why it’s important
This test lets us challenge the system and catch dysfunction that you might not see in fasting tests. Some people have a “normal” fasting glucose but still have trouble when stressed.
Clinical use
We use this test as a deep dive into your metabolic health, even if other tests look okay. It helps us refine the risk profile and catch early glucose dysregulation. Then we tailor lifestyle or therapeutic interventions accordingly.

Insulin-like growth factor 1 (IGF-1)

What it measures
A hormone that helps with growth, repair, metabolism and how your body uses nutrients.
Why it’s important
This one is a little more nuanced. Both too low and too high IGF-1 levels have been associated with higher risks of disease and mortality — so there seems to be a “sweet spot.”
Clinical use
In a longevity practice, we track this to assess your “growth/repair axis” and how your body is balancing building/repairing vs. aging. If your IGF-1 is too high, we might look at adjusting protein intake, exercise type/intensity, or metabolic load. If it’s too low (especially with frailty, low muscle mass, cognitive slowdown) then we might address nutritional, exercise and hormonal support strategies.

Leptin

What it measures
A hormone your fat tissue makes that tells your brain about energy stores and hunger.
Why it matters
High leptin levels often mean your fat tissue is dysfunctional (“leptin resistance”), increasing risk for insulin resistance, hormonal imbalance and metabolic aging.
Clinical use
We track leptin in people who carry excess fat or show early metabolic changes — then apply targeted interventions (fat-loss, resistance training, diet) to reset the system.

Thyroid-Stimulating Hormone (TSH) and Free T4/T3

What it measures
The signal from your brain telling your thyroid how much hormone to make, which controls metabolism/energy and weight gain.
Why it matters
Low or high TSH may slow your metabolism or overtax your system, raising risk for heart disease, weight issues, fatigue.
Clinical Use
We monitor TSH in longevity care to ensure your metabolic rate stays optimal, helping energy, body composition and aging resilience.

Prostate‑Specific Antigen (PSA) – Free & Total

What it measures
The total amount of PSA in your blood and the portion that is not bound (free PSA).
Why it matters
Higher total PSA and a lower free:total ratio increases your risk of prostate issues, including cancer. Early detection matters for longevity.
Clinical use
In male patients we monitor both measures to stratify prostate health risk — if results are high or trending up, we refer appropriately and optimize hormonal, diet, lifestyle and monitoring.

Men’s Hormone Test Panel

What it measures
Why it matters
Low free or bioavailable testosterone is tied to lower muscle mass, higher fat, insulin resistance, fatigue, and can shorten healthy lifespan. SHBG helps interpret how much hormone is actually active.
Clinical use
We review this panel to assess hormonal aging in men. If testosterone or bioavailable hormone is low (or SHBG is abnormal), we create a plan (resistance training, nutrition, sleep, hormone therapy if appropriate) to optimize muscle, metabolism and longevity

Female Hormone Test Panel

What it measures
Key sex hormone levels (such as estrogens/estradiol, testosterone) — these influence reproductive function, sexual health, muscle mass, bone density, and brain/cognitive function.
Predictive Value
Low estrogen (especially in post-menopausal women) is linked to increased risk of bone thinning (osteoporosis) and may raise cardiovascular risk as estrogen declines.
Clinical Use
Helps guide hormone-replacement decisions and lifestyle strategies to maintain optimal hormone balance during menopause and later mid-life.

Comprehensive Metabolic Panel (CMP)

What it measures
Key metabolic and organ-function markers (liver, kidney, electrolytes, proteins, glucose).
Why it matters
Abnormalities may signal early liver/kidney damage, metabolic stress or imbalance that can shorten health-span.
Clinical use
It helps monitor the “engine” of your body so we can fine-tune diet, movement, hydration and avoid organ decline.
Parameters measured:

Cystatin C

What it measures
A protein filtered by your kidneys — offers a more accurate assessment of kidney function, especially in patients supplementing with creatine monohydrate.
Why it matters
It detects early kidney dysfunction more reliably than older markers and is tied to cardiovascular and longevity risk. Unlike creatinine, Cystatin C is less (or not) influenced by muscle mass, diet, supplemental creatine/creatinine turnover, etc.
Clinical use
We use Cystatin C to catch kidney stress before it’s obvious — then we optimize blood pressure, metabolic load, toxins and kidney protective strategies.

Folate

What it measures

The level of folate (vitamin B9) in your blood.

Why it matters

Folate is essential for DNA production, cell division, and healthy red blood cell formation.

Clinical use

Low folate levels can lead to folate deficiency anemia and other neurological or pregnancy-related complications. We monitor this marker to identify and address deficiencies early, supporting optimal health and prevention.

Iron Studies

What it measures

The level of iron, an essential mineral for red blood cell production, in your blood, as well as how efficiently your body uses and stores it.

Why it matters

Low iron levels can lead to iron deficiency anemia, causing symptoms such as fatigue, dizziness, and shortness of breath. Elevated iron levels may indicate excessive supplementation or genetic conditions such as hemochromatosis.

Clinical use

This panel helps identify and monitor conditions related to iron imbalance, guiding appropriate intervention and management.

Parameters measured:

Magnesium

What it measures

The level of magnesium, a mineral essential for optimal nerve, muscle, and heart function, in your body.

Why it matters

Magnesium is involved in hundreds of enzymatic processes, including energy production, muscle and nerve function, blood sugar regulation, and cardiovascular health.

Clinical use

This test helps identify deficiencies or excess, assess symptoms such as fatigue or irregular heart rhythms, and guide personalized treatment to support overall wellness.

Vitamin B12

What it measures

The level of vitamin B12 in your blood, a nutrient essential for energy, cognitive function, and metabolic health.

Why it matters

Low B12 levels can lead to anemia, nerve dysfunction, and cognitive decline, which may become permanent if left untreated.

Clinical use

This test is used to identify and treat deficiencies early, helping prevent complications and support overall energy and cognitive health.

Vitamin D

What it measures

The level of vitamin D in your blood, a nutrient essential for bone, immune, and overall health.

Why it matters

Adequate vitamin D is critical for calcium absorption, bone strength, and immune function, and may also influence mood and chronic disease risk. Low levels can lead to weakened bones, fatigue, and increased susceptibility to illness.

Clinical use

We monitor vitamin D to identify deficiencies early, guide supplementation, and optimize bone, immune, and long-term overall health.

TruAge by TruDiagnostics

What it measures
The TruAge test uses advanced epigenetic analysis (looking at DNA methylation markers and other cellular-age biomarkers) to estimate how “old” your body is on the inside — including your biological age, pace of aging, and the aging level of key organ-systems such as the heart, brain and liver.
Why it matters
Your chronological age (how many birthdays you’ve had) doesn’t always tell the whole story. Biological age gives a clearer picture of how well your body systems are functioning and how fast you’re aging at the cellular level. Knowing where you stand offers a chance to identify early signs of age-related decline and intervene before they turn into bigger problems.
Clinical Use
We use the TruAge test as a longevity-optimization tool:

3x4 Genetic Blueprint

What it measures
This test analyses your DNA (via a simple cheek-swab) across 100+ genes and 30-40 health pathways, covering functions like metabolism, nutrient absorption, hormones, detoxification, brain function, cardiovascular health and muscle/fitness response.
Why it matters
Your genes influence how your body uses nutrients, handles stress, metabolizes food, responds to exercise, detoxifies and protects from disease. Knowing your genetic blueprint helps uncover where your body may need particular support—and where standard one-size-fits-all health advice might miss the mark.
Clinical Use
We use this test to create a personalized foundational roadmap:

DEXA Scan

What it measures
The DEXA Scan (Dual-Energy X-Ray Absorptiometry) measures two key things: your body composition (how much subcutaneous and visceral fat, lean muscle and bone you have) and your bone mineral density (how strong and dense your bones are).
Why it matters
Understanding how your body is built — not just how much you weigh — gives us a much clearer picture of your health. Low muscle and excess fat can raise risk for metabolic, cardiovascular and mobility issues. Meanwhile, weak or thinning bones increase the risk of fractures and early-onset osteoporosis. The DEXA test lets us detect hidden problems early.
Clinical Use
We use the DEXA scan in your longevity-focused program to:

Coronary Artery Calcium (CAC) Score

What it measures
This test uses a low-dose CT scan of your heart to measure the amount of calcium build-up (calcified plaque) in the coronary arteries — the vessels that supply your heart muscle with blood.
Why it matters
Calcium deposits in coronary arteries are an early sign of atherosclerosis (hardening of the arteries). A higher calcium score means a greater burden of plaque and, therefore, a higher risk of experiencing a heart attack or other cardiovascular event — even if you don’t yet have symptoms.
Clinical Use
At Quotient Health we use the Calcium Score Test to:

Oura Ring

What it measures
The Oura Ring monitors key nightly metrics including sleep duration, time spent in light, deep and REM sleep, resting heart rate, heart-rate variability (HRV), body-temperature shifts and movement during sleep. It also provides simple scores (like a “Sleep Score” and “Readiness Score”) to help you understand how well you’re recovering and how ready your body is for the next day.
Why it matters
Quality sleep is foundational for hormone balance, cognitive function, metabolic health, muscle repair and long-term resilience. By tracking patterns and changes in your sleep and recovery, we get insight into whether your body is truly resting and repairing –not just showing the clock-time you’re in bed. Poor sleep or insufficient recovery can undermine your health span, even if other metrics look fine.
Clinical Use
We provide the Oura Ring to every Elite member so that your sleep and recovery data become a pillar of your longevity plan.

Hearing Screen

What it measures
Our hearing screening assesses how well you hear tones at different pitches (frequencies) in each ear and how clearly you can detect sound. It uses calibrated software and headphones to quickly check for signs of hearing loss.
Why it matters
Good hearing is vital for communication, safety, cognitive function and quality of life. Early hearing loss often goes unnoticed, but it can contribute to social isolation, reduced cognitive performance and other downstream health issues. Screening helps catch changes before they become serious.
Clinical Use
We use hearing screening to establish a hearing baseline, identify early loss or change, and determine if you need a full audiology referral. This helps integrate hearing health into your holistic plan for performance, brain health and long-term vitality.

12-Lead ECG

What it measures
Records the electrical signals your heart produces as it beats, giving you 12 different “views” of your heart’s electrical activity.
Why it matters
Because your heart’s rhythm, pace, and electrical conduction reflect its health, subtle changes can reveal conditions like arrhythmias, past or recent heart muscle injury, conduction blockages, or other heart-stress signals—even before you feel symptoms.
Clinical Use
We use the 12-lead ECG as part of your baseline cardiovascular work-up helping us spot early electrical or structural heart issues, evaluate your risk profile, guide further cardiac testing when needed, and integrate heart health into your broader optimization plan.

Spirometry

What it measures
The test uses a spirometer to measure how well your lungs take in air, how much air you can exhale, and how quickly you blow it out. It measures key values like forced vital capacity (FVC), the volume of air you can forcefully exhale in one second (FEV₁), and other flow rates.
Why it matters
Your lung function is integral to your overall health, endurance, metabolic capacity and how your body handles stress or recovery. Subtle drops in lung capacity or flow may hint at early lung stress, environmental exposure, or health-span risks — even before symptoms begin. Early detection opens the door to correction.
Clinical Use
We use spirometry as part of your baseline and follow-up in our longevity-focused care plan:

Know Your Metabolism: Resting Metabolic Rate (RMR) Testing

A direct measurement of how many calories your body burns at rest, giving precise guidance for nutrition, weight management, and metabolic optimization.
What it measures
This test uses indirect calorimetry — by measuring the oxygen you consume and the carbon dioxide you produce while resting — to determine how many calories your body burns at rest each day (your resting metabolic rate).
Why it matters
Knowing your actual resting metabolic rate helps us understand your body’s baseline energy needs. Without this, calorie estimates are often inaccurate, which can interfere with fat-loss, muscle-gain, recovery, or general metabolic optimization.
Clinical Use
We use the RMR test to personalize your nutrition and exercise plan:

VO₂ Max – How Efficient Is Your Body’s Engine?

A performance-based test that measures the maximal amount of oxygen your body can utilize during exercise, offering a key metric of cardiorespiratory fitness and longevity.
What it measures
The VO₂ Max test measures the maximum amount of oxygen your body can use during intense exercise — how efficiently your heart, lungs and muscles work together under stress. It is recorded in millilitres of oxygen per kilogram of body weight per minute (mL/kg/min), giving a clear number for your aerobic or cardiorespiratory fitness.
Why it matters
Your VO₂ Max is one of the most telling indicators of how well your body performs and recovers — it reflects endurance, metabolic health, cardiovascular resilience and even long-term health risk. Lower values may suggest that your body’s ability to supply and use oxygen is limited, which could affect energy, recovery, fitness progression and longevity.
How we use it
At Quotient Health we use the VO₂ Max test to strengthen your performance-and-longevity strategy:

Hormone Replacement Therapy (HRT) Program: A personalized, medically supervised program to evaluate and, when appropriate, restore optimal hormone levels—supporting vitality, metabolic health and age‐related changes.

Who will benefit
Our HRT program supports both men and women through personalized hormone optimization. Rather than a one-size-fits-all approach, we assess your hormone profile, review your symptoms, and devise a tailored protocol that may include bio-identical or conventional hormone therapy, monitoring, and follow-up.
Why it matters
As we age, hormone levels shift (e.g., lower testosterone in men, lower estrogen/progesterone in women). These changes often lead to fatigue, mood disturbances, decreased muscle mass or bone density, loss of libido, weight gain, and cognitive fog. HRT has been shown to improve mood and sleep, support muscle and bone health, enhance energy and vitality, and reduce bothersome symptoms such as hot flashes and night sweats in women.
How we use it

Within your concierge visit, we conduct a comprehensive hormone evaluation, discuss your goals, and design a management plan. We monitor biomarkers, tailor the dose and delivery (pill, patch, gel, injection) to your needs, and adjust over time for safety and efficacy. Pricing is per episode (protocol dependent).

Who it’s for

Men experiencing symptoms of low testosterone or hormonal imbalance.

Women navigating perimenopause/menopause or those with hormonal decline affecting their health and quality of life.