Overview
Integrating precision diagnostics, clinical genomics, bioinformatics, and advanced multi-omics technologies to enhance patient care. Our multidisciplinary teams combine deep clinical expertise with state-of-the-art laboratory platforms to diagnose rare diseases, guide personalized treatments, and support national genomic healthcare initiatives.
Bioinformatics
The Bioinformatics Department uses advanced computational analysis, AI-powered tools, and high-performance data systems to interpret complex genomic and clinical information. The team supports critical areas like rare disease diagnosis, cancer genomics, and transplant medicine, while ensuring genomic data flows seamlessly into hospital systems. Beyond clinical support, the department drives digital automation across the hospital and trains healthcare professionals nationwide in scientific computing and bioinformatics.
Translational Genomics
The Translational Genomics Department turns cutting-edge research into real treatments for patients. The team takes discoveries from the lab—advanced sequencing techniques, biomarker research, and multi-omics data—and transforms them into practical diagnostic tools and therapies. Through close collaboration with researchers and clinicians, the department supports clinical trials, advances precision medicine, and brings next-generation genomic technologies directly to patient care.
Medical Genomics
Specialized care for inherited and metabolic disorders starts with comprehensive clinical evaluation, genetic counseling, and advanced genomic testing. The department's programs—prenatal genomics, cardiovascular genetics, expanded carrier screening, metabolic genetics, and virtual clinics—enable early detection, precision prevention, and personalized treatment plans that improve long-term outcomes for patients and their families.
Precision Medicine
The Precision Medicine Department provides advanced genomic testing, rapid diagnostics, and targeted treatment guidance for rare diseases, cancer, metabolic disorders, and prenatal conditions. Using high-throughput Next-Generation Sequencing NGS, molecular oncology platforms, reproductive genetics, metabolomics, and multi-omics technologies, our specialists deliver accurate diagnoses and personalized care that improve outcomes for patients and families.
Our Team


Centres of Excellence