Heart disease is one of the leading causes of death worldwide. The Cardiovascular Sensor test focuses on analyzing genes such as APOA5 and PON1 to determine genetic predisposition to heart disease, such as high cholesterol and stroke. The test provides personalized recommendations on diet, exercise and appropriate treatments to improve heart health and effective prevention.
Colon cancer is one of the most common types of cancer. Your risk of developing it depends on genetic and environmental factors. The colon health test provides a comprehensive assessment of genes such as CASC8 and CYP1A1 to determine your genetic risk and provides health recommendations to help prevent and improve your digestive health.
Beauty is not just a daily skincare routine, it also depends on our genes. The Beauty Sensor test analyzes factors such as collagen breakdown, skin hydration, oxidative stress, and nutrient needs such as selenium, to give you individualized recommendations to enhance your skin’s beauty and protect it from the signs of aging.
AMD Sensor is an advanced genetic test that focuses on analyzing genes related to the health of the macula in the retina. This test helps detect predisposition to age-related macular degeneration (AMD) early, allowing individuals to take preventive measures and improve their lifestyle to preserve vision before symptoms appear.
Depression is a common mental disorder that affects daily life. The gene test for depression is based on the analysis of genes such as BDNF and FKBP5, which are related to emotions and stress. The test helps to identify genetic risks early, allowing for appropriate treatment and effective prevention.
HIV infects immune cells, weakening the immune system over time. HIV resistance testing is based on analyzing the CCR5 gene, which produces receptors on the surface of immune cells that the virus uses to enter. This test determines the body's susceptibility to the virus and provides recommendations to reduce the risk.
High blood pressure is a common and serious disease, known as the “silent killer” due to its invisible impact on vital organs. The Hypertension Sensor test relies on analyzing genes such as AGT and ADRB1 to detect genetic susceptibility and provide preventive plans that help reduce risks and improve quality of life.
Too much iron in the body can lead to serious conditions such as hemochromatosis, which causes damage to organs such as the liver, heart and pancreas. Genetic iron testing relies on analyzing key genes such as HFE to detect genetic susceptibility, allowing early preventive action to improve health.
Arthritis is a disease that greatly affects quality of life. The Joint Health Test analyzes genes associated with diseases such as rheumatoid arthritis and ankylosing spondylitis. The test helps provide personalized prevention and treatment recommendations to reduce risk and improve joint health.
