This course explores the use of computer applications in the manipulation and analysis of DNA, RNA and protein sequences. Specific topics will include genomic evolution, gene structure and regulation, RNA splicing and stability, post-translational processing, intracellular protein targeting, expression pattern analysis, identification of domains and motifs in proteins, and the connection of mutations to disease/mutant phenotypes.

Pre-requisites: CHM 132 - Principles of Chemistry II (4 semester hours) and BIO 262 - Genetics (4 semester hours) .

Offered: fall.

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