We Don't Cut Corners on Diagnostics
Blood (Serum) Testing
Blood serum testing evaluates circulating markers that reflect how your major physiological systems are functioning in real time. This includes glucose and insulin regulation, lipid transport, hormone availability, inflammation, liver and kidney function, oxygen-carrying capacity, and key nutrient levels.
Common categories of data include
Metabolic markers (glucose, insulin, A1c)
Lipid and cardiovascular markers (cholesterol fractions, ApoB, inflammatory markers)
Hormones (sex hormones, thyroid hormones, binding proteins)
Inflammatory and immune markers
Liver, kidney, and electrolyte balance
Hematologic markers and iron status
Core nutrient levels (B12, folate, vitamin D, etc.)
How it helps
Serum testing provides a systems-level snapshot of how the body is currently operating. It helps identify insulin resistance before diabetes, cardiovascular risk beyond standard cholesterol panels, hormone imbalances that affect energy and mood, and inflammatory patterns that contribute to chronic disease and poor recovery.
Because many symptoms are driven by interactions between systems, blood testing often serves as the foundation for understanding what is happening physiologically.
When it matters most
Fatigue, weight resistance, or metabolic dysfunction
Hormonal symptoms (low libido, poor sleep, mood changes)
Cardiovascular risk assessment
Salivary Hormone Testing
Salivary testing measures free, bioavailable hormone levels, most commonly cortisol, across multiple points in the day. Unlike serum testing, which reflects a single moment in time, salivary testing captures hormonal rhythm and responsiveness.
Primary data includes
Cortisol levels at multiple daily time points
Circadian rhythm integrity
Stress response patterns
How it helps
Cortisol is not just a “stress hormone,” it regulates blood sugar, immune function, sleep, inflammation, and energy production. Salivary testing reveals whether cortisol is elevated, suppressed, or mistimed, which often explains symptoms that don’t show up on standard bloodwork. This is particularly useful when symptoms fluctuate throughout the day or worsen under stress despite “normal” labs.
When it matters most
Fatigue with wired-but-tired patterns
Anxiety, sleep disruption, or afternoon crashes
Poor stress tolerance
Symptoms that don’t match serum hormone levels
Urine & Metabolite Testing
Urine and metabolite testing evaluates how the body is processing, breaking down, and utilizing hormones, nutrients, and energy substrates. Instead of measuring what’s present, it measures what’s being produced and excreted.
This can include
Hormone metabolites (estrogen, androgen metabolism)
Organic acids related to mitochondrial function
Neurotransmitter metabolites
Oxidative stress markers
Detox and methylation byproducts
How it helps
Two people can have identical blood hormone levels and feel completely different. Metabolite testing explains why. It reveals inefficient hormone breakdown, toxic metabolite accumulation, impaired detox pathways, or mitochondrial bottlenecks that contribute to fatigue, mood changes, inflammation, and poor recovery. This is where many “mystery symptoms” start to make sense.
When it matters most
Persistent symptoms with normal blood labs
Hormone therapy optimization
Brain fog, mood changes, or unexplained fatigue
Suspected detox or mitochondrial issues
Gut Microbiome Testing
Gut microbiome testing evaluates the composition and activity of bacteria, fungi, and other microbes in the digestive tract, along with markers of digestion, inflammation, and intestinal barrier integrity.
Data commonly includes
Beneficial vs pathogenic microbial balance
Dysbiosis patterns
Digestive enzyme output
Short-chain fatty acid production
Markers of intestinal permeability and inflammation Immune activation signals
How it helps
The gut influences nutrient absorption, immune regulation, inflammation, hormone metabolism, and neurotransmitter production. Microbiome testing identifies whether digestive dysfunction is driving systemic symptoms such as fatigue, autoimmunity, skin issues, mood changes, or hormonal imbalance. It also helps guide targeted interventions rather than generic probiotics or restrictive diets.
When it matters most
Bloating, GI discomfort, or food sensitivity
Autoimmune or inflammatory conditions Hormone imbalance that doesn’t respond to treatment
Chronic fatigue or nutrient deficiencies
Genetic Testing
Genetic testing evaluates inherited variations that influence how your body processes nutrients, detoxifies compounds, regulates inflammation, and responds to stress. These markers do not diagnose disease, they describe predisposition and capacity.
Common areas include
Methylation and detox pathways
Nutrient metabolism Inflammatory signaling tendencies
Stress response and neurotransmitter balance
How it helps
Genetics provide context, not destiny. They help explain why certain interventions work well for one person and poorly for another. When combined with real-time data from blood, urine, and gut testing, genetics help refine long-term strategies and reduce trial-and-error.
When it matters most
Recurrent issues despite appropriate care
Personalization of nutrition and supplementation
Long-term preventative planning
Understanding lifelong tendencies
