ACMS and Biology
ACMS students with interests in
Biology
will probably select the
Biological and Life Sciences Option,
though for certain specific interests other options may also be appropriate
(e.g. the Statistics Option
for those interested in Biostatistics).
For the courses in the
Group II electives, a coherent set
of courses should be chosen, generally at the 300 level or higher. Ideally
they should have some analytical or mathematical component, or at least be
part of a coherent program leading to an understanding of problems at the
interface between biology and mathematics or computational science.
The specific choices will depend very much on your interests.
Some ideas
are listed below, but you should discuss your planned program with an ACMS
Adviser in advance.
Students are also encouraged to meet with Biology Program Advisers (in
Hitchcock Hall) to discuss the courses they plan to take.
Some of the courses listed below have overlapping material or special
prerequisites and the right combination should be carefully selected.
NOTE: Some upper-division courses in other departments
are designated "Majors Only" and may only
be open to ACMS majors on a space-available basis.
This should be kept in mind when planning a program. It is
also the responsibility of the student to determine any prerequisite
requirements pertaining to their chosen elective courses.
- Genetics, genomics, bioinformatics, molecular evolution
- BIOCH 405: Introduction to Biochemistry (3)
- BIOL 354: Foundations in Evolution and Systematics (4)
- BIOEN 357: Introduction to Molecular Bioengineering
- BIOEN 457: Advanced Molecular Bioengineering
- GENOME 453: Genetics of the Evolutionary Process (3)
- GENOME 465: Advanced Human Genetics (4)
- BIOL 414: Molecular Evolution (5)
- BIOL 428: Techniques for Mathematical Biology (3)
- BIOL 429: Models in Biology (4)
- Biochemistry, cellular physiology, developmental biology
- BIOCHM 405: Introduction to Biochemistry (3)
- BIOL 355: Foundation to Molecular Cell Biology (5)
- BIOEN 357: Introduction to Molecular Bioengineering
- BIOEN 457: Advanced Molecular Bioengineering \
- CHEM 355: Introductory Physical Chemistry for
Biologists (4)
- CHEM 435: Introductory Biophysical Chemistry (3)
- P BIO 405, 406: Human Physiology (4,4)
- BIOL 427: Biomechanics (4)
- BIOL 411: Developmental Biology of Animals (4)
- BIOL 428: Techniques for Mathematical Biology (3)
- BIOL 429: Models in Biology (4)
- Biophysics, biomechanics, physiology
- Ecology, population dynamics, evolution
- BIOL 354: Foundations in Evolution and Systematics (4)
- GENOME 453: Genetics of the Evolutionary Process (3)
- ESRM 458: Management of Endangered, Threatended, and Sensitive Species
- ESRM 459: Wildlife Cnoservation in Northwest Ecosystems
- Q SCI 456: Introduction to Quantitative Fishery Science(3)
- Q SCI 458: Fisheries Stock Assessment (4)
- BIOL 414: Molecular Evolution (5)
- BIOL 414: Techniques for Mathematical Biology (3)
- BIOL 429: Models in Biology (4)
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