top of page
subpage banner (4) (2).png

Clinical Genomics

PharmPGx™

Comprehensive Pharmacogenomics Test

Analyzes how genes affect individual responses to medications, enabling personalized medication plans that optimize drug efficacy and minimize adverse effects.

Pharmacist organizing medications

Optimizing Drug Response with Precision

PharmPGx™ empowers healthcare providers with insights into more than 300 medications across major therapeutic areas, including cancer, cardiovascular disease, mental health, and chronic pain. By matching treatment to your genetic profile, physicians can:

  • Optimize the intended purpose of a drug or therapy

  • Minimize adverse drug reactions

  • Accelerate therapeutic benefits

  • Lower the likelihood of side effects or dependence

This precision-guided approach reduces risks while ensuring you receive the most effective treatment possible.

Reducing Costs, Improving Care

Unnecessary hospital stays, emergency visits, and failed treatments often result from adverse drug reactions. By using pharmacogenomics, healthcare providers can reduce these risks upfront. PharmPGx™ enables smarter prescribing by:

  • Selecting the most effective and cost-efficient drug from the start

  • Identifying risks before they lead to complications

  • Shortening hospital stays and reducing readmissions

The result is better health outcomes for patients and significant cost savings for the healthcare system.

Nurse with patient
Genomics for Families and Newborns

Comprehensive carrier screening, newborn health insights, and disease risk prediction to guide early intervention. Enable personalised care, informed family planning, and lifelong health management with advanced genomic testing.

Personalized Medication Through Genomics

PharmPGx™ is a comprehensive pharmacogenomics test designed to reveal how your genes affect the way your body processes and responds to medications. By guiding doctors to the right drug and dose, PharmPGx™ helps prevent adverse reactions, improve treatment outcomes, and reduce trial-and-error prescribing.

bottom of page