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Salem-Teikyo University

Following is a list of all campus based programs at Salem-Teikyo University

There are 3 matching records for Salem-Teikyo University.


Salem-Teikyo University
Education
223 West Main Street, PO Box 500
Salem, WV 26426-0500 U.S.A.

Phone: 1-304-782-5336 / 1-304-782-5354
Fax: 1-304-782-5592

Description:
Master of Arts program in Education with subject specialization areas in Elementary Education, Mathematics, Microcomputers, Physical Education/Health, Appalachian folklife, Curriculum and Instruction, and Equine Education.

Degree(s):
M.A.


Salem-Teikyo University
Molecular Biology/Biotechnology
223 West Main Street, PO Box 500
Salem, WV 26426-0500 U.S.A.

Phone: 1-304-782-5336 / 1-304-782-5354
Fax: 1-304-782-5592

Description:
The Master of Science degree requires a sequence of six advanced research courses, covering topics related to biochemistry, genetic engineering, and special laboratory techniques. After this, the student may choose either the area of plant molecular biology or virology/immunology, for research directed toward an M.S. thesis. After submission of a research proposal, the student will begin research in the laboratory of a thesis advisor. An M.S. graduate will be capable of conducting and directing independent work in academic or industrial laboratories at a higher level than the B.S. graduate.

Degree(s):
M.S.


Salem-Teikyo University
Department of Biosciences
Molecular Biology and Biotechnology
Salem, WV 26426-0500 U.S.A.

Phone: 1-304-782 5585
Fax: 1-304-782 5579

Description:
A 2 year MS program with 6 months course work, plus laboratory research cumulating to submission and successful defense of a research thesis in one or more of the areas above. This program is suitable for those who wants to enter the biotechnology industry, or to pursue a Ph.D. study.

Degree(s):
M.S. - Molecular Biology/Biotechnology

Research Areas:
Phytoremediation; Molecular Biology of Plant Stress Response;Molecular Biology of Flowering;Molecular biology of Borna virus;DNA vaccines and immunity;Molecular immunology of viral infection;Immune-mediated neuropathogenesis in viral infection;Plant tissue culture;Genetic engineering of seed storage proteins