Your Ultimate Destination To Understand and Benefit From Genomic Science

Within each cell lies the code of life – approximately 20,000 genes that shape our existence. Yet, amidst our shared genetic heritage, lies a tapestry of unique variants that make us who we are.
Discover Genetic Testing:
Hereditary and Rare Disorders and Conditions
Genetic testing for various clinical and hereditary as well as rare genetic conditions like cancer, cardiovascular diseases, neurological disorders and more
Wellness & Lifestyle
Genetic tests for various body's traits and physical capabilities that will guide you to achieve and maintain healthy lifestyle. This includes our popular Beauty, Nutrition and Fertility panels
Carrier Screening & Consanguineous Marriage
Testing couples who are considering becoming pregnant to determine if they are carriers for specific autosomal recessive diseases and what their child's chances are of inheriting one of these genetic disorders.
Pharmacogenomics
Pharmacogenomics studies an individual's response to medications and holds the key to optimizing treatment outcomes and minimizing adverse reactions. It enables personalized and more effective healthcare.
Megan Guerin talks about her courageous decision to preemptively confront her higher risk of breast and ovarian cancer.
Zarko Stanacev, plagued by mysterious symptoms, sought answers from the Undiagnosed Diseases Network. Genome sequencing uncovered an NLRP3 gene mutation causing systemic inflammation. Treatment led to remarkable symptom improvement and relief.
Discover the inspiring story of a Grand Tennis star who triumphed over ovarian cancer through early detection. Witness how timely measures empowered her to effectively manage the disease and continue her journey to victory.
Learn how genetic testing can aid in the early diagnosis and detection of Hypertrophic Cardiomyopathy, a condition that runs in families. It provides insights into individual predisposition, facilitating early management and preventive measures for better health outcomes.
Many of those who were forced into arranged marriages with their family members now regret their marriages after their children were born with genetic conditions.
The "Royal disease" refers to Hemophilia, a hereditary bleeding disorder. In the 19th century, royal intermarriage meant Europe's royal families shared a small gene pool. And Queen Victoria, the product of generations of cousin marriages, carried a rare genetic mutation that caused hemophilia. She passed it on to three of her children who went on to marry other royal families and spread the disorder.