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Genomics involves decoding the DNA sequence and conducting extensive analyses to uncover functional and structural insights about an organism's complete set of genes. This field covers genome-wide approaches to studying gene function and organization, along with exploring the broader impacts of such research. Bioinformatics focuses on large-scale computational examination of genetic sequences and molecular structures. Key areas include sequence comparison, biological database development, genome evolution studies, protein structure analysis, and molecular modeling. Yale's Computer Science MS program provides exceptional access to faculty through intimate class settings and personalized mentorship. Accepted students can opt for the General Track or pursue specialized concentrations in Bioinformatics or Computing and the Arts. General Track participants receive guidance from the Director of Graduate Studies (DGS), while specialized track students work with faculty advisors, with their final curriculum requiring DGS approval. These focused tracks feature tailored coursework culminating in a term-long specialized research project. Specialized Tracks facilitate deeper collaboration with faculty and peers in specific disciplines while enabling independent research. Track selection doesn't influence MS program admissions, and specialization participation isn't formally indicated on academic records or diplomas.