|
Biotechnology Major
The
Biotechnology major is a 4-year interdisciplinary major leading to
the B.S. degree. The major is housed in the Biology
Department
but operates in cooperation with the Department of Integrated Science and
Technology, and the Department of Chemstry.
As outlined below and in the official catalog, Biotechnology
majors must complete 47-53 credit hours of science foundation courses,
17 credit hours of biotechnology transition and core courses, and 15
credit hours of
concentration courses including a capstone experience. With the
advice
and approval of a concentration adviser, each student selects the
courses for his
or her concentration area. Three broad areas of concentration are
suggested to serve a spectrum of student needs and desires:
Walter H. Moos Ph.D. powerpoint
presentation
See photos
of students
|
Faculty
|
|
|
|
Name
|
Department
|
Research Interests
|
|
Jonathan
Monroe Program Director
|
Biology
|
Biochemistry and molecular biology of plant beta-amylases
|
|
Marta
Bechtel
|
Biology
|
Molecular and cell biology of cartilage
tissue
|
| Tim Bloss |
Biology |
Mechanisms of cell death in development and disease |
|
Steve Cresawn
|
Biology
|
Production and characterization of
recombinant proteins
|
|
Janet Daniel
|
Biology
|
Biochemistry and Molecular Biology of
glucose transport
|
|
Amanda Biesecker
|
ISAT
|
Virology, viral pathogenesis, and vaccine
design
|
|
Susan
Halsell
|
Biology
|
Genetics and molecular biology of cell
development
|
|
Jim
Herrick
|
Biology
|
Transfer of bacterial antibiotic resistance
and virulence genes
|
|
David
Jaynes
|
Biology
|
Biochemical analysis of healing and
nonhealing wounds
|
|
Chris Lantz
|
Biology
|
Parasitology and immunology
|
|
Gina
MacDonald
|
Chemistry
|
Biochemistry of nucleotide binding proteins
|
| Vicki Mariani |
Chemistry |
Biochemistry and molecular biology of acid amidases |
|
Robert McKown
|
ISAT
|
Genetic engineering, recombinant protein
production
|
|
Debbie
Mohler
|
Chemistry
|
Biochemistry of DNA and protein structure
|
|
Terrie Rife
|
Biology
|
Molecular biology of nitric oxide synthase
|
|
Kyle
Seifert
|
Biology
|
Molecular biology of surface antigens of
Group B Streptococci
|
|
Kim
Slekar
|
Biology
|
Genetics and molecular biology of
anti-oxidant genes in yeast
|
|
Louise
Temple
|
ISAT
|
Microbial pathogenesis, genomics
|
| Major Curriculum |
|
|
|
Foundation courses
|
Biology core courses (BIO 114, 124, 214 and
224)
|
16
|
|
General Chemistry (CHEM 131, 131L, 132, 132L)
|
8
|
|
Organic Chemistry (CHEM 341, 342, 346L)
|
8
|
|
Physics (PHY 125, 126 or 140, 140L, 150,
150L)
|
8
|
|
Calculus (MATH 231 and 232, or 235)
|
4-8
|
|
Statistics (Math 220 or 285)
|
3-4
|
|
|
Transition courses
|
Biotechnology seminar (BIOT 260)
|
1
|
|
Biotechnlogy Lab (ISAT 305)
|
1
|
|
Biochemistry (CHEM /BIO 361, 366L)
|
5
|
|
Molecular Biology (BIO 480)
|
4
|
|
Biotechnology in Industry and Agriculture
(ISAT 451)
|
3
|
|
Ethical, Legal and Social Implications of
Biotechnology
(ISAT 456)
|
3
|
|
|
Concentration courses
|
See your advisor
|
15
|
|
|
Capstone experience
|
Independent project or Honors thesis (ISAT
493, BIO 497 or BIO/ISAT 499) is highly recommended.
|
|
|
|