Involves analyzing specific biological markers or molecules in bodily fluids like blood, urine, or tissue and conducting tests to assess a comprehensive blood profile, including examinations of renal function, kidney health, blood sugar levels, lipid metabolism, thyroid function, infectious disease screening, and hormonal stress indicators. It aids in diagnosing diseases, monitoring treatment effectiveness, and predicting disease risk, making it valuable in personalized healthcare.

A non-invasive thermal imaging technique that uses infrared technology to capture thermal radiation emitted by organs and tissues, heat patterns and temperature variations in the body. This provides an alternative approach to mammography for assessment. For early detection of various health issues, including breast cancer, vascular problems, and musculoskeletal disorders, by identifying abnormal temperature patterns.

Assesses the body’s electromagnetic frequencies to identify imbalances or disruptions in its energy fields. Leveraging the principles of energy, frequency, and vibration, this pioneering technique originated in Germany. It involves detecting direct electromagnetic frequency signals emitted by unhealthy cells, even prior to the onset of dysfunction. It’s often employed in alternative and complementary medicine to identify potential health issues and guide holistic therapies.

Helps identify specific foods or substances that trigger allergic reactions in individuals. Test results are crucial for managing allergies and intolerances and can guide dietary choices to prevent adverse reactions.

Analyzes mineral content in hair using the root of hair samples to provide insights into mineral imbalances and toxic metal exposure. It assists in assessing nutritional deficiencies (Calcium, Magnesium, Sodium, Potassium, Zinc, Phosphorus), heavy metal toxicity, and overall mineral status, aiding in personalized nutrition plans.

Detects the presence of toxic heavy metals like lead, mercury, and arsenic in the body using blood and urine samples. It’s essential for identifying and addressing heavy metal toxicity, which can lead to various health problems, including neurological disorders.

Examines the composition and diversity of gut flora present in faecal samples and identifies pathogenic bacteria, viruses, and parasites, while also enabling the detection of metabolites produced by the microbiome. It offers insights into digestive health, helps diagnose gastrointestinal conditions, and guides dietary and probiotic interventions.

Measures the presence of a bacterium Helicobacter pylori a bacterial species known to infect the stomach by analyzing breath samples. It aids in diagnosing H. pylori infections, which are linked to gastritis, ulcers, and other digestive disorders.

Assesses the levels of organic compounds in urine that are generated by the body within biochemical pathways to evaluate metabolic processes and nutrient deficiencies and it can identify indicators of yeast and bacterial proliferation. It helps identify underlying causes of various health issues, including energy imbalances, neurotransmitter problems, and detoxification issues.