Human Genetics and Computational Medicine

The Department of Human Genetics and Computational Medicine covers a wide range of research topics, including evolution, molecular mechanisms in the development and differentiation of tissues, pathways involved in the cell's response to DNA damage, the structure and function of various RNA molecules, pathways responsible for metabolic processes in the cell, gene mapping and identification, as well as genetic-molecular mechanisms in the development of diseases such as cancer, deafness, skin diseases, neurodegenerative diseases, diabetes, and more.

The department stands at the forefront of biomedical research, both in Israel and globally. Its research reflects the central role of genetics and computational medicine in understanding the underlying causes of diseases and developing new methods for prevention and treatment. Computational medicine plays a crucial role in the department by leveraging advanced computational tools, bioinformatics, and data analytics to analyze large-scale genetic data.

This approach allows researchers to gain deeper insights into complex genetic and molecular interactions, model disease mechanisms, and identify personalized treatment strategies. Research topics are pursued at the genome, transcriptome, and proteome levels, using both cellular and animal models.