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INTEGRATIVE DIAGNOSTIC TESTING
Stop Treating Symptoms Blindly.
Our comprehensive, health-optimization labs pull back the curtain on your internal system.
The ΩHM Lab Experience
1.
Locate & Schedule
Choose from over 2,000+ partner collection sites nationwide for a brief law draw.
Takes less than 5 min
2.
Map Your Biomarkers
Uncover early biological shifts, establish your unique baseline metrics, and accurately monitor how your body optimizes over time.
Results in 3-5 days
3.
Activate Your Blueprint
An optimization plan designed by our medical team, built explicitly around your unique results and goals.
Delivered by your provider
Your Biomarkers. Your Blueprint.
Standard laboratory reference ranges are designed to detect disease, leaving a wide gap between "not sick" and truly thriving. At ΩHM Health, we analyze your lab data through the lens of optimal physiological function. By evaluating functional target ranges rather than broad population averages, we provide the precise biological blueprint needed to master your weight, balance your hormones, and restore vibrant energy.
Goes far beyond standard cholesterol checks. We evaluate the exact balance of your lipid particles, carriers, and ratios to track your baseline cardiovascular vitality and protect your vascular health.
Apolipoprotein B (ApoB) is a critical biomarker that tracks the exact count of harmful, plaque-forming cholesterol particles in your blood. Minimizing ApoB levels means fewer dangerous particles are circulating, providing a powerful defense against heart disease.
High-sensitivity C-Reactive Protein (hs-CRP) is a liver-derived biomarker that increases during periods of inflammation. Maintaining a low baseline is essential for protecting your cardiovascular system and lowering the risk of heart disease.
Lipoprotein(a), or Lp(a), is driven entirely by genetics. Similar in structure to LDL cholesterol, maintaining a low Lp(a) level is a vital marker for long-term cardiovascular health.
Non-HDL Cholesterol measures the total amount of plaque-forming cholesterol circulating in your bloodstream. Maintaining an optimal level is an excellent sign that your vascular system is clean and your heart health is highly protected.
Often called the "good" cholesterol, HDL works to sweep potentially harmful fats out of circulation. Healthy levels ensure your bloodstream stays clear, helping prevent plaque buildup within the arterial walls.
Often labeled as the "bad" cholesterol, LDL carries essential lipids but can contribute to plaque formation if left unmanaged. Keeping this metric optimized reduces the presence of problematic particles in your circulation, safeguarding your arteries against restriction.
Total Cholesterol serves as a high-level overview of your total circulating blood fats. Maintaining an optimal baseline reflects strong cardiovascular resilience and helps minimize the long-term risk of arterial plaque buildup.
This calculation evaluates the relationship between your overall cholesterol and your protective HDL particles, serving as a powerful indicator of vascular health.
Triglycerides are circulating fat molecules created from excess, unused calories. Optimal, low levels indicate an efficient metabolism that excels at processing fats and burning fuel, confirming that your body is free from early signs of insulin resistance.
Maps how efficiently your body processes fuel and manages energy. Rather than relying on a single snapshot of fasting blood sugar, we evaluate the complex interplay between your immediate, short-term, and long-term metabolic markers. This allows us to detect insulin resistance early and precisely optimize your metabolic engine for sustained fat loss.
Uric acid is a metabolic byproduct generated as your system processes certain foods, beverages, and cellular compounds. In an optimized system, uric acid dissolves directly into the blood and is effortlessly filtered out by the kidneys, keeping your cellular environment perfectly balanced.
Glucose is the foundational sugar circulating in your bloodstream that powers cellular function. Maintaining a balanced level means your body is highly efficient at regulating its daily fuel supply, protecting your metabolic health and keeping your energy steady.
HbA1c provides a powerful 3-month rolling snapshot of your average blood sugar levels. An optimal score confirms that your system has maintained steady glucose control over the long term, rather than just a single moment in time.
Insulin is a master hormone that regulates how your body utilizes blood sugar for fuel. Optimal levels mean your system is efficiently driving glucose out of the bloodstream and into your cells, preventing energy crashes and supporting a highly responsive metabolism.
The master regulators of your mood, body composition, and performance. We check critical hormone pathways to build a precise optimization plan for sustained vitality.
Insulin-like growth factor 1 (IGF-1) serves as a marker for your body's growth hormone levels. Optimal levels ensure the repair, strength, and development of your muscles, bones, and tissues.
Since IGF-1 levels naturally fluctuate based on age, sex, and developmental stage, a Z-score shows how your level compares to men of your age, measured in standard deviations.
Estradiol is a primary form of estrogen present in both men and women. Essential for overall vitality, balanced estradiol levels support bone density, cardiovascular health, brain function, and healthy reproductive and sexual function across all bodies.
Follicle-stimulating hormone (FSH) is released by the brain's pituitary gland to help manage key reproductive functions. In females, FSH regulates the menstrual cycle and stimulates the growth of ovarian follicles that release eggs. In males, it sends signals to the testes to support healthy sperm production.
Produced by the pituitary gland in the brain, luteinizing hormone (LH) plays a central role in reproductive health. In males, it signals the testicles to produce testosterone. In females, LH triggers ovulation and helps regulate menstrual cycles by promoting the release of progesterone.
A key protein marker utilized to monitor prostate health and support early screening protocols. An optimal, stable level indicates healthy prostate function and tissue integrity, providing vital peace of mind for your long-term wellness blueprint.
SHBG is a specialized transport protein that binds to testosterone and estrogen in the blood. Because it holds onto these hormones with high affinity, it acts as a cellular brake—effectively locking them up and controlling how much "free" hormone is actually available to drive your metabolism and vitality.
Free testosterone represents the active, un-bound portion of the hormone that your tissues can immediately harvest. It serves as a direct indicator of your everyday energy, drive, and physical performance. Maintaining an optimal baseline ensures your body has the exact raw material it needs to sustain peak cellular vitality.
Measures the complete volume of testosterone circulating in your system. This comprehensive metric tracks both the active, un-bound molecules and the portions currently bound to transport proteins (like albumin and SHBG). It serves as the foundational baseline for identifying deficiencies and initiating hormone optimization.
Identifies cellular wear and tear. By monitoring systemic inflammatory markers, we catch hidden physical stressors early before they drain your energy or impact long-term health.
Often called the "stress hormone," cortisol is actually essential for fueling your daily energy, keeping inflammation in check, and stabilizing blood sugar. Balanced cortisol is the key to deep sleep, sharp focus, and a steady, resilient mood.
Synthesized by your adrenal glands, DHEA-S balances the impact of cortisol. Healthy levels are vital for supporting consistent daily energy, emotional well-being, and your body's natural resilience.
The control center for your metabolic rate and body temperature. We screen your thyroid metrics to ensure your cellular engine is running at its absolute peak.
Thyroid-Stimulating Hormone (TSH) is the master signal your brain uses to direct thyroid hormone production. By governing this crucial pathway, TSH keeps your metabolism, energy, and mood in sync. Balanced levels reflect a flawless partnership between brain and thyroid, keeping your vital systems steady and optimized.
Free Thyroxine (T4) is the primary hormone produced by the thyroid gland. While it carries out some minor functions on its own, T4 primarily serves as a "prohormone"—an essential reserve that the body converts into T3, the highly active form of thyroid hormone. Optimal T4 levels ensure your body maintains an abundant, readily available baseline, allowing your tissues to generate active T3 exactly when it is needed.
Free Triiodothyronine (Free T3) is the biologically active form of thyroid hormone responsible for driving your metabolism, sustaining energy, and stabilizing mood. Maintaining an optimal range ensures your cells receive the fuel required to thrive, keeping you feeling vital and energized throughout the day.
Your body’s built-in filtration system. We monitor renal integrity and fluid balance to ensure your body is processing and clearing waste efficiently.
Blood Urea Nitrogen (BUN) tracks urea, a natural byproduct of protein metabolism, circulating in your bloodstream. Healthy levels confirm that your kidneys are functioning optimally, efficiently filtering and eliminating this waste.
BUN/Creatinine Ratio evaluates the relationship between protein byproducts and muscular waste to assess your hydration status and protein metabolism. An optimal ratio indicates excellent fluid balance and confirms that your kidneys are efficiently processing and clearing protein waste.
Creatinine is a natural byproduct of everyday muscle wear and exercise, which healthy kidneys continuously clear from the bloodstream. Because it relies entirely on renal filtration for removal, a stable, normal creatinine level is a direct indicator of efficient, optimal kidney function.
Estimated Glomerular Filtration Rate (eGFR) gauges your kidneys' filtering capacity on a minute-by-minute basis. Optimal eGFR levels confirm that your kidneys are efficiently clearing metabolic waste products and maintaining a precise fluid balance across your body.
The cornerstone of metabolic health and detoxification. We analyze essential hepatic enzymes to ensure your liver is filtering toxins and supporting optimal nutrient metabolism.
Alanine Transaminase (ALT) is a vital enzyme housed within your liver cells that plays a key role in processing amino acids. Because this enzyme is primarily concentrated inside the liver, its levels serve as a primary indicator of cellular health and optimal liver function.
Aspartate Aminotransferase (AST) is an enzyme concentrated in your liver and muscles that aids in amino acid metabolism. Optimal baseline levels indicate that these tissues are functioning smoothly and free from cellular stress or injury.
Alkaline Phosphatase (ALP) is an essential enzyme used to monitor liver efficiency and bile flow. Balanced ALP levels show that your liver and gallbladder are working under zero stress, while also signaling healthy, active bone metabolism.
Albumin is a vital protein synthesized by the liver that acts as your body's internal transport system, carrying hormones, vitamins, and essential nutrients throughout the bloodstream. Additionally, it plays a critical role in maintaining osmotic pressure, keeping fluid safely contained within your blood vessels rather than leaking into surrounding tissues.
Bilirubin is a natural byproduct generated during the normal breakdown of aging red blood cells. Because the liver is responsible for filtering this compound from your bloodstream, maintaining optimal levels serves as a key indicator that your liver is actively and efficiently clearing cellular waste.
Total Protein evaluates the collective levels of albumin and globulin in your bloodstream—two crucial proteins responsible for regulating fluid balance, transporting hormones and nutrients, and powering your immune defenses. An optimal reading indicates that your body is successfully synthesising and balancing these essential cellular building blocks.
Globulins are essential blood proteins that serve two vital functions: acting as antibodies to defend against infections and serving as carriers to transport hormones and nutrients throughout the body. Optimal globulin levels are a strong indicator of robust immune function and healthy liver performance.
The A/G Ratio evaluates the precise balance between the two primary proteins circulating in your bloodstream. Albumin acts as a vehicle for essential nutrients, while globulin forms the backbone of your immune defense. A balanced ratio indicates that your liver and immune system are working in harmony to fuel your body and shield you from infection.
Your primary line of defense. We look at foundational immune cell markers to measure your system's resilience and capacity to defend against environmental stressors.
Basophils are a specialized type of white blood cell essential for your body’s defense system. They actively manage your immune response to environmental allergens and play a key role in identifying and defending against specific parasitic infections.
Making up less than 1% of total white blood cells, basophils play a critical role in launching allergic responses and defending against parasites. An optimal percentage indicates a well-balanced immune system capable of managing inflammation and protecting overall tissue health without overreacting.
Eosinophils are a specialized type of white blood cell critical for regulating allergy responses and defending against specific environmental threats. Maintaining an optimal count indicates that your immune system is balanced, resilient, and managing everyday inflammatory responses efficiently.
A foundational component of your immune defense, eosinophils naturally account for roughly 1% to 4% of total white blood cells. Their primary role is neutralizing parasites and managing allergy-driven inflammatory responses. Maintaining an optimal baseline percentage indicates a balanced, highly responsive immune system operating free from acute systemic stress.
A core subset of white blood cells engineered to build your long-term immune memory and neutralize viral stressors. An optimal count confirms that your cellular defenses are highly responsive, fully equipped to clear active infections, and capable of maintaining systemic resilience.
These essential white blood cells build your body's immune memory and lead the defense against viral invaders. Maintaining a healthy percentage ensures your systemic defenses are properly balanced, resilient, and operating at peak protective capacity.
Monocytes are specialized immune cells tasked with targeting bacterial threats and clearing away cellular debris. An optimal count indicates a highly responsive immune system that effectively accelerates natural healing and defends your tissues against infection.
These specialized white blood cells serve as primary clean-up agents, actively removing damaged cells while reinforcing your defense against bacterial pathogens. A healthy, baseline percentage indicates an optimally balanced immune response, ensuring your body can clear cellular waste and fight stressors efficiently.
Serving as your immune system's primary rapid-response team, these essential white blood cells are the first to defend against bacterial threats. Maintaining an optimal count confirms that your body is fully equipped to neutralize acute infections the moment they arise.
As the primary component of your white blood cell count (typically 50–70%), neutrophils serve as your immune system's frontline defenders against bacterial invaders. An optimal percentage indicates a well-balanced immune baseline capable of protecting your health and driving standard immune function.
These essential cells serve as your body's primary defense system, actively neutralizing infections and driving cellular recovery. An optimal count confirms your immune system is resilient, highly adaptive, and fully equipped to neutralize threats.
The fundamental fuel for your cells. We check your baseline levels of vital micronutrients and vitamins to identify hidden deficiencies that could be stalling your energy or weight loss.
Vitamin B12 is essential for building healthy red blood cells, protecting nerve function, and powering cellular energy. When your levels are optimal, your body has the sustained fuel reserve it needs to keep your daily vitality and stamina perfectly regulated.
Ferritin is the primary protein responsible for storing iron, an essential mineral your body relies on to distribute oxygen. Maintaining optimal ferritin levels ensures you have a robust cellular reserve to build red blood cells, directly sustaining your cognitive clarity and physical stamina.
Homocysteine is a vital amino acid that mirrors how efficiently your body utilizes vitamins B6, B12, and folate. Maintaining healthy levels confirms that your cellular pathways are processing these essential B vitamins optimally to support overall cardiovascular and metabolic health.
Iron is an essential building block for hemoglobin, the protein responsible for transporting oxygen throughout your bloodstream. Maintaining optimal iron levels ensures your tissues receive the oxygen they need, directly supporting sustained physical energy and sharp mental focus.
Vitamin D acts as a powerful catalyst for your health, ensuring your body effectively absorbs calcium to build robust bone density. Beyond skeletal health, this essential nutrient is a cornerstone of immune resilience and emotional well-being, keeping your defenses strong and your mood balanced.
Carbon Dioxide (CO₂) regulates the delicate pH balance of your blood. Maintaining optimal levels is essential for sustaining steady cellular energy and supporting healthy, efficient breathing.
Calcium is essential for maintaining robust bone density and dental health while powering smooth, steady muscle function. Beyond its structural role, this vital mineral is critical for precise nerve communication and a steady, healthy heart rhythm.
Chloride is a foundational electrolyte that balances your internal hydration and drives the stomach acid needed for digestion. It also optimizes your body's pH levels, ensuring essential enzymes can trigger critical biochemical reactions.
Potassium is an essential electrolyte that coordinates your heartbeat, fuels nerve communication, and powers muscle function. You can naturally optimize these vital levels by maintaining a diet rich in whole fruits, vegetables, and beans.
Sodium serves as a vital electrolyte that regulates your body's fluid balance, maintains healthy blood pressure, and ensures precise nerve communication.
Your baseline hematology. We analyze your red and white blood cells to evaluate oxygen delivery throughout your tissues, overall cellular hydration, and absolute systemic health.
A hematocrit test measures the percentage of your blood that consists of red blood cells—the cells responsible for delivering oxygen throughout your body. A normal result indicates that your blood is efficiently carrying oxygen to your tissues, keeping your body functioning at its best.
Hemoglobin is the vital protein in red blood cells that transports oxygen throughout the body, including to the brain and muscles. Keeping your levels in a healthy range ensures your body’s tissues receive the oxygen they need to function at their best.
Mean corpuscular hemoglobin concentration (MCHC) evaluates how densely packed your red blood cells are with hemoglobin—the protein responsible for oxygen transport. A normal MCHC result suggests your body is maintaining healthy red blood cells and receiving adequate iron.
Mean Corpuscular Hemoglobin (MCH) indicates the average quantity of hemoglobin contained inside a single red blood cell—the protein responsible for transporting oxygen throughout your body. Maintaining a normal MCH level ensures your cells are equipped to deliver oxygen efficiently.
Mean corpuscular volume (MCV) evaluates the average size of your red blood cells, which can offer key insights into nutrient deficiencies and underlying blood health.
Platelets are essential blood cells that help your body form clots to control and stop bleeding. A normal platelet count indicates that your system has the tools it needs to manage routine blood clotting effectively.
Red blood cells deliver essential oxygen to every part of your body. Maintaining a healthy count ensures your tissues and organs receive the oxygen they need to perform at their best.
Red cell distribution width (RDW) evaluates how much your red blood cells vary in size, offering early clues about anemia or other blood-related changes. When your RDW is in a healthy range, it indicates your red blood cells are uniform in size and working efficiently to supply oxygen across your body.
