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2009-2010 - Bowie State University

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PHYS 252 General Physics II (Lecture and Laboratory) 5<br />

Arts and Humanities Elective 3<br />

14<br />

SENIOR YEAR<br />

First Semester<br />

BIOL 403 Biology Seminar 2<br />

BIOL 4__ Advanced Biology Elective 3<br />

COSC 112 Computer Science 4<br />

CHEM 309 Biochemistry I 3<br />

BIOL 3__ Biology Elective 3‐4<br />

16<br />

Second Semester<br />

BIOL 4__ Advanced Biology Elective 3<br />

BIOL 4__ Advanced Biology Elective 4<br />

BIOL 4__ Advanced Biology Elective 4<br />

CHEM 412 Biochemistry II 3<br />

BIOL‐ 3__ Advanced Biology Elective 3‐4<br />

14‐15<br />

BIOINFORMATICS BS DEGREE PROGRAM<br />

Program Description<br />

<strong>Bowie</strong> <strong>State</strong> <strong>University</strong>’s B.S. degree in Bioinformatics offers a multidisciplinary deductive view of<br />

Biology. Combining Experimental Biology, Mathematical Modeling of Biology from Molecule to system,<br />

and use of Information Technologies to develop or apply large data structures, Bioinformatics is rapidly<br />

developing into an applied science leading to solutions for problems which have been resistant to<br />

experimental methods.<br />

The Bioinformatics curriculum is an intensive 4 year Honors program which will enable the graduate to<br />

pursue a career in these technologies or provide a strong framework for continuation to postbaccalaureate<br />

education.<br />

Program objectives:<br />

This program is designed to provide opportunities to the students to attain advanced knowledge in<br />

the application of computational and mathematical methods for the study of biomacromolecular<br />

systems. The specific objectives are:<br />

i) to provide students with a broad knowledge of the structure and function of<br />

macromolecules in biological systems<br />

ii) to develop students ability to understand and competently use the mathematical and<br />

computational tools which have been developed to understand and model the biology of<br />

macromolecules<br />

iii) to develop advanced educational skills to meet the demands of the biotechnology industry<br />

iv) to prepare students for, and foster an interest, in a post‐ baccalaureate education in the<br />

biology of macromolecules, biotechnology and bioinformatics<br />

Program Requirements:<br />

i) Completion of Institutional General Education requirements as outlined in undergraduate<br />

catalog<br />

<strong>Bowie</strong> <strong>State</strong> <strong>University</strong> 235

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