Fast, Accurate Blood Labs with Tasso & Access Labs

Ideal for longevity and executive wellness patients. Identifies genetic factors influencing aging, metabolism, detoxification pathways, and custom compounding needs.

Recommended when fatigue, low immunity, or poor nutrient absorption is suspected. Pinpoints vitamin and mineral deficiencies impacting overall health.

Used when digestive issues, inflammation, or cognitive and immune dysfunction may be linked to gut imbalance.

Recommended for stubborn inflammation, fatigue, IBS symptoms, migraines, or chronic skin issues that may be triggered by hidden food reactions.

Supports diagnosis in cases of environmental illness, persistent brain fog, fatigue, and unexplained chronic symptoms.

Identifies anemia, immune activity, and oxygen delivery. Low hemoglobin can signal nutrient deficiencies like iron or B12, while elevated white blood cells may indicate hidden inflammation.

Evaluates liver and kidney function, electrolytes, and protein balance. Elevated ALT or AST may suggest liver stress; high creatinine can indicate reduced kidney performance.

Detects early blood sugar dysregulation. Higher levels can indicate impaired glucose tolerance and metabolic imbalance.

Shows 90-day blood sugar control. Levels over 5.6% typically reflect insulin resistance and increased risk of diabetes.

One of the earliest indicators of metabolic disease. High insulin, even with normal glucose, can reveal stage-1 insulin resistance.

Assesses cardiovascular health and metabolic efficiency. Elevated triglycerides often point to insulin resistance; LDL patterns may indicate vascular risk.

A stronger predictor of plaque buildup than LDL alone. High levels signal increased cardiovascular risk from atherogenic particles.

A genetic marker for early heart disease risk. Elevated results may require proactive therapy like statins or niacin.

Measures body-wide inflammation. High levels are associated with faster aging, impaired recovery, and increased chronic disease risk.

Reflects vascular inflammation and methylation status. Elevated levels often indicate B-vitamin deficiencies and cardiovascular strain.

Shows growth hormone activity and recovery potential. Low levels can signal impaired healing, low energy, or reduced performance.

Represents adrenal reserve and stress resilience. Low values are common with burnout or chronic stress.

Essential for strength, cognition, vitality, and libido in both men and women. Low results suggest hormone decline and possible TRT/HRT benefits.

Determines how much hormone is actually usable in the body. High levels may lead to low bioavailable testosterone despite “normal” totals.

Protects brain, bone, and cardiovascular health. Low values accelerate aging; high levels may indicate estrogen imbalance.

Provide a full picture of thyroid function and metabolic output. Low T3 may show poor conversion; high rT3 can reflect stress-driven metabolic slowdown.

Critical for immune strength and mitochondrial function. Optimal levels (60–90 ng/mL) support anti-aging and overall vitality.

Support cognition, nerve function, and cellular energy. Low levels may impair mitochondrial health and mental performance.

Measures iron storage used for energy production. Low can cause fatigue; high may reflect inflammation.

Minerals needed for metabolism, neurotransmission, and stress recovery. Deficiency reduces cellular energy and performance.

A key mitochondrial antioxidant that declines with age or statin use. Low levels contribute to fatigue and poor endurance.

Assesses anti-inflammatory and brain-protective fatty acids. Low levels correlate with increased inflammation and cognitive decline.