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The program
requires two full years of coursework 
and research, culminating with a production of a master’s thesis.
According
to their interests, backgrounds and career goals, students can choose
from three parallel tracks. The current curriculum for all tracks consists
of six core courses and three “track specific” courses for
a total of 30 credit hours.
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Core
Courses
- Genetic
Engineering I
- Genetic
Engineering II
- Laboratory
in Genetic Engineering
- Pathobiology
-
Research Ethics
- Research
I
Molecular
Biotechnology Track
- Advanced
Immunobiology
- Forensic
DNA Science
- Research
II MB
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Agriculture/Plant
Biotechnology Track
- Plant Tissue
Culture
- Plant Cell Biology
- Research II PB
Computational
Biology/Bioinformatics Track
- Statistics
I
- Advanced
Computational Biology
- Research
II CB
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