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Course Criteria
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4.00 Credits
The cellular and molecular basis of gene transmission, expression, interaction, mutation, mapping, and regulation. Includes laboratory investigations using molecular and classical techniques. (Three hours lecture, three hours lab per week). Prereq: BIOL 334 and CHEM 241 or CHEM 353. BIOL 375 recommended. F, Sp
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3.00 Credits
An introduction to the concepts and applications of immunology. The course emphasizes the structure, function, regulation, and development of the immune system. Immunopathology is included. (3 hours lecture per week). Prereq: BIOL 334 or consent of instructor. Sp
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3.00 Credits
The glands of internal secretion, including their structure, biochemistry, and physiology. (Three hours lecture per week). Prereq: BIOL 333, CHEM 241 or CHEM 354 recommended. F
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4.00 Credits
Biological molecules, enzymology, intermediary metabolism, and regulation of biochemical processes from a functional context. The cellular and molecular basis of selected diseases and treatment are included. (Four hours lecture per week). Prereq: CHEM 241 or CHEM 354; BIOL 334. F
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4.00 Credits
A project-oriented laboratory course focusing on the isolation, manipulation, analysis and expression of nucleic acids using molecular biology techniques. Techniques vary among projects and typically include DNA restriction, subcloning, pcr, primer design, blot analysis, and introductory bioinformatics. Other techniques are used when appropriate. (Two hours lecture, six hours lab per week). Prereq: BIOL 382, CHEM 354 or CHEM 241, or consent of instructor. On demand.
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4.00 Credits
This course is an introduction to the study of vertebrate tissues and cellular structures through the critical use of the light microscope. (Two hours lecture four hours lab per week). Prereq: BIOL 152. F
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4.00 Credits
This course will cover advanced topics in ecology as determined by the interest of the instructor. Potential topics include behavioral ecology, microbial ecology, physiological ecology, and population ecology. Laboratories will provide opportunities to collect and analyze data germane to lecture topics. (Three hours lecture, three hours lab per week). Prereq: BIOL 215, or consent of instructor. F
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4.00 Credits
This is an introduction to the study of morphogenesis and differentiation of tissues. Lecture and laboratory sessions will include an integration of classical, molecular, and evolutionary perspectives in the development of vertebrate embryos. (Three hours lecture, three hours lab per week). Prereq: BIOL 334. Sp
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4.00 Credits
This course examines plant growth and development. Factors that affect development of the plant will be studied. The role of growth regulators, the environment, and genetics in plant growth regulation will be emphasized. The laboratory will have a strong investigative component. (Three hours lecture, three hours lab per week). Prereq: BIOL 151, BIOL 334 or consent of instructor. Alternate years.
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3.00 Credits
A discussion of the science of evolution and how evolutionary theory can explain the diversity of life on earth. Topics include evidence for macroevolution, the history of evolutionary thought, adaptation, population genetics, speciation, and human evolution. As a synthesis course, contemporary issues such as the role of evolution in science education and evolutionary explanations for human behavior will be framed by appropriate scientific, historical sociological, and psychological perspectives. (Three hours lecture per week). Prereq: BIOL 215; junior status in science or consent of instructor. F, Sp
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