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This course focuses on the macromolecular basis of heredity and thus of life itself. You will study the structure of proteins and especially nucleic acids, but the major emphasis is on information flow from DNA to RNA to protein and beyond. We will cover microbial genetics, DNA, RNA, and protein synthesis, recombinant DNA, chromatin structure, gene arrangement, cloning and more. The course will provide you with the background needed to understand, and participate in, the exciting developments in recombinant DNA, biotechnology, etc.FORMAT:
Cooperative teamwork is used extensively in class sessions (three hours a week). There are two hourly exams and a cumulative final exam. You can earn extra credit by completing puzzles and problem sets. Research reports, both oral and written, are required on subjects of current interest. Electronic mail (E-mail) and the Internet are used extensively. Whenever possible, topics of current research interest are discussed.MATERIALS:
The text is Molecular Biology, 2nd Ed. (2002) by Robert F. Weaver, WCB/McGraw-Hill, Boston. Students must obtain their usercode at a PC or terminal (Phys.Sci. 122A or 106, Fitzelle 201, IRC 120, etc.) to access E-mail and search the Internet. Copies of prior tests, student papers and handouts will be available for perusal or reproduction.COMMENTS:
The only prerequisite is organic chemistry (Chem 226 or 322), but some exposure to genetics and microbiology will help. The course also qualifies as CW and is required in the Biochemistry Track for the B.S. in Chemistry.
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Last Modified on 1/22/2004