What We Test
Five testing modalities. One integrated picture of your biology.
Zulu combines genetic analysis, metabolic assessment, and immune response testing to explore the factors that make you biologically unique. Each test is conducted under medical-grade laboratory standards and interpreted by qualified healthcare professionals. The information below introduces what we measure and why it matters. For deeper exploration of each modality, follow the links to our educational library.
Medical DNA Analysis
Our Medical DNA Analysis examines genetic variations that research associates with health risks across multiple body systems. This assessment evaluates genes related to cardiovascular health, metabolic function, neurological wellness, and cancer predisposition through specialized health sensors focusing on conditions such as prostate, colon, skin, and lung cancer, along with Alzheimer's, diabetes, depression, and joint health.
The analysis includes nutrigenetic assessments that explore how dietary factors such as caffeine, fats, and omega-3s may interact with genetic markers to influence cardiovascular response and nutrient absorption. Results are interpreted by medical geneticists and presented with scientific context, lifestyle considerations, and screening recommendations that may support informed conversations with your physician about prevention strategies and wellness optimization.
Genetic and metabolic testing provide information about biological variations but cannot predict, diagnose, or treat medical conditions. Always consult qualified healthcare professionals.
Pharmacogenetics Testing
Pharmacogenetics testing identifies genetic variations that research associates with differences in medication metabolism. This analysis evaluates CYP450 enzyme genes including CYP1A2, CYP2C9, CYP2C19, CYP2D6, and CYP3A4 to determine whether you may metabolize specific medications as a slow, normal, or rapid metabolizer. Results include detailed information about gene variants, their metabolizing activity levels, and what research suggests about implications for medication dosing and safety across multiple drug classes.
These findings may help inform conversations with your healthcare provider about personalized approaches to medication selection for cardiovascular conditions, mental health, pain management, and chronic diseases, particularly for individuals taking multiple medications or those who have experienced unexpected drug responses.
Genetic and metabolic testing provide information about biological variations but cannot predict, diagnose, or treat medical conditions. Always consult qualified healthcare professionals.
DNA Lifestyle Analysis
Our DNA Lifestyle Analysis examines genetic variations that research associates with weight management, nutrition response, exercise efficiency, and metabolic health. This assessment evaluates genes related to body weight regulation, macronutrient metabolism, appetite control, and physical performance.
The analysis includes nutrigenetic testing that explores genetic factors research links to metabolism of vitamins, minerals, antioxidants, and fatty acids, alongside genetic markers associated with cardiovascular health, bone density, and oxidative stress. Results include customized food compatibility ratings for over 900 food types, gene-based meal planning guidance, exercise recommendations aligned with metabolic patterns, and supplement considerations when appropriate.
This information may support conversations with healthcare providers about nutrition choices, fitness strategies, and approaches to long-term weight maintenance.
Genetic and metabolic testing provide information about biological variations but cannot predict, diagnose, or treat medical conditions. Always consult qualified healthcare professionals.
IgG Food Intolerance Testing
Our IgG Food Intolerance Testing measures immune system antibody responses to over 180 foods to identify potential dietary factors associated with digestive discomfort and inflammatory responses. This blood-based analysis measures IgG antibody levels against proteins from meats, seafood, vegetables, fruits, grains, dairy, nuts, and spices, categorizing each food by reactivity level. Results distinguish foods showing elevated immune response from those with no detectable IgG reaction and include guidance for implementing elimination and reintroduction protocols.
This information may support dietary optimization conversations with healthcare providers about foods that could contribute to symptoms such as digestive imbalance, fatigue, skin conditions, or general discomfort. The report includes scientific context while noting the current medical consensus and limitations of IgG-based intolerance testing as a supportive dietary tool.
Genetic and metabolic testing provide information about biological variations but cannot predict, diagnose, or treat medical conditions. Always consult qualified healthcare professionals.
DNA Metabolism Analysis
Our DNA Metabolism Analysis assesses biochemical patterns related to nutrient conversion, energy production, and cellular function. This testing evaluates micronutrient status across 21 vitamins and minerals, amino acid profiles for compounds that research links to muscle growth and neural health, mitochondrial function, glucose and carbohydrate metabolism, and fatty acid processing.
The analysis includes gut microbiome composition assessment to explore bacterial balance, intestinal permeability, and nutrient absorption patterns that may affect metabolic health. Results are presented with detailed biochemical data, scientific references supporting each parameter, and personalized guidance on supplement considerations when appropriate. This information may support conversations with healthcare providers about optimizing energy levels, addressing potential metabolic patterns, improving detoxification pathways, and developing nutrition approaches for long-term wellness.
Genetic and metabolic testing provide information about biological variations but cannot predict, diagnose, or treat medical conditions. Always consult qualified healthcare professionals.