Welcome to the Department of Molecular Biology and Genetics. Our department is committed to excellence in education, research, and innovation in the rapidly evolving fields of molecular genetics and personalized medicine.
We proudly offer a Bachelor of Science in Molecular Biology & Genetics and two Master of Science programs in Human Genetics and Bioinformatics respectively. These programs are designed to equip students with strong theoretical foundations and hands-on laboratory expertise relevant to the evolving needs of the field.
Our highly qualified faculty members bring extensive research experience in applying advanced dry and wet lab skills to address critical biological questions. Our work spans inherited and acquired disease genetics, infectious and non-communicable diseases, gene discovery, and emerging therapeutic approaches including precision medicine and translational genomics.
In parallel, our bioinformatics research integrates computational and statistical approaches to analyze high-throughput biological data, including genomics, transcriptomics, and proteomics. This includes areas such as variant interpretation, systems biology, multi-omics data integration, AI-driven disease modeling, and development of computational tools for diagnostics and therapeutic discovery.
We aim to cultivate skilled scientists who can contribute meaningfully to biomedical research, diagnostics, and healthcare innovation. By bridging wet-lab research with computational biology, we prepare graduates to address complex biological challenges in the era of big data and personalized medicine. I invite aspiring students and collaborators to join us in advancing knowledge and translating scientific discoveries into real-world impact.
Our vision is to position the Department of Molecular Biology and Genetics as a premier center for excellence in education and cutting-edge research, distinguished by innovation, scientific discovery, and impactful global partnerships.
The Department of Molecular Biology and Genetics at the National University of Medical Sciences is a multidisciplinary academic unit dedicated to advancing knowledge in molecular mechanisms underlying life processes and genetic regulation. The department integrates diverse fields including molecular biology, genetics, genomics, epigenetics, bioinformatics and translational medicine.
Our curriculum is designed to equip students with scientific rigor, technical expertise, and critical analytical skills, while fostering the ability to bridge basic research with real-world medical and healthcare solutions.
A comprehensive approach focused on ethics, innovation, and scientific excellence develops responsible scientists equipped to address complex biological and health challenges.
01. To provide a strong foundation in molecular biology, genetics, system biology and translational medicine through high-quality instruction and experimental learning.
02. To develop the ability to translate basic scientific discoveries into clinical and public health applications.
03. To cultivate critical thinking, analytical reasoning, and problem-solving skills.
04. To enhance scientific communication for effective dissemination and policy relevance.
05. To promote ethical awareness in biomedical research and its translational applications.
06. To support innovation and development of indigenous solutions to biomedical challenges.
Currently Offered Programs:
Programs to be offered in near future:
Graduates will be equipped to pursue careers as:
At the National University of Medical Sciences, the Department of Molecular Biology and Genetics fosters a dynamic research environment where curiosity meets cutting-edge science.
Our laboratories are not merely equipped spaces, they are hubs of innovation where ideas evolve into discoveries, experiments translate into insights, and students develop hands-on expertise in various in silico and wet-lab techniques to carryout innovative research.
Our laboratories are equipped with advanced technologies including thermal cyclers, gel documentation systems, Real-Time PCR systems, and Sanger sequencer. Additionally, with access to next-generation sequencing platforms, researchers can perform in-depth genomic analysis to study genetic variation, disease mechanisms, and precision medicine.
Dedicated animal house and facilities for mammalian and microbial cell culture labs equipped with fluorescent microscopy allow real-time visualization of cellular processes and molecular interactions enabling research in functional genomics, disease modeling, and biomarker discovery.
The department offers comprehensive capabilities for protein studies, including Western blotting, protein purification, and functional assays. Fluorescence and luminescence plate readers support high-throughput analysis of cellular responses, enzyme activity, and biomolecular interactions, ensuring reliable and high-quality results.
The department houses a dedicated bioinformatics lab with multiple high performance GPUs available to carry out cutting edge computational research. Our research facilities integrate computational tools for genomic data analysis, systems biology, and predictive modeling. These resources enable efficient interpretation of high-throughput sequencing data and support advancements in precision and translational medicine.
