BIOL355

School of Health & Natural Sciences

The study of how cells function with an emphasis on the ultra-structural aspects of cells and their underlying macromolecular structures and mechanisms of cellular processes. Emphasis is on nucleic acids as informational molecules and proteins as catalytic and regulatory molecules and molecular machines. Topics include genomics, proteomics, nucleic acid structure, chemistry, and metabolism, recombinant DNA technology and genetic engineering, membrane structure, membrane transport, protein sorting, vesicular traffic and cellular communication. Experimental techniques in cell culture, immunology, microscopy and biochemistry are emphasized in the lecture, creating a foundation for laboratory experiments in molecular and cell biology. This course is the core course for students in the general biology track and the clinical laboratory science program.

Standard (S)