Genetic screening to assess the risk for developing coronary artery disease by calculating more than 6.48 million genetic markers.

Integrated screening test to assess the risk of developing coronary artery disease by combining polygenic risk score with conventional clinical parameters.

Screening that checks for your metabolism of up to 80 drugs/drug classes and 15 genes, to assess an individual’s response to these drugs.

Screening that checks for your metabolism of up to 100 drugs/drug classes and 20 genes, to assess an individual’s response to these drugs.

Genetic screening that helps estimate the genetic predisposition of an individual to develop Obesity / high BMI by analyzing over 2 million genetic markers.

Genetic screening test to assess the risk for developing Non-alcoholic fatty liver disease & Elevated Alanine transaminase (ALT) by calculating 245000 genetic markers.

Most Advanced PRS based assessment for the risk of Type 2 Diabetes that analyses over 6.9 million genetic variations.

Genetic screening to know your risk of developing Hypertension by analyzing over 1 million genetic markers.

Genetic screening that helps to estimate the genetic predisposition of an individual to develop Age-related macular degeneration (AMD) by calculating over 1 million genetic markers.

Genetic screening that provides your genetic risk status of developing Parkinson's and Alzheimer's disease.

Genetic screening that determines if you are a carrier of any genetic diseases or disorders that could affect the health of your child.

Genetic screening that checks the genetic predisposition of an individual for developing certain types of hereditary cancers or inherited cancers by analyzing over 60 genes covering 12 types of organs/tissues.

Epigenetic screening that estimates your Biological Age and Pace of Aging.

Genetic screening test to assess the risk for developing Hypercholesterolemia by calculating 1 million genetic markers.

Genetic screening that helps to estimate the genetic predisposition of an individual to develop for Atrial fibrillation. The risk is calculated by analysing 6.7 million genetic.