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MB&B280
Modeling Biochemical and Biological Systems
MB&B280 FA
| Section | Class Size | *Available | Times |
|---|
| 1 | 25 | 14 | Times: .T.T... 10:00AM-11:20AM; |
*The number of spaces listed as available is based on class seats open for
the current phase of registration. Some seats may be taken in previous
phases while others may be held out for subsequent phases of registration.
(Last Updated on Wed Mar 4 05:01:03 EST 1998
)
Computer modeling is a powerful method to understand modern
problems in biology and biochemistry. In this course you
will learn how to use the computer to model fundamental
biochemical processes (equilibria, acid-base relationships,
kinetics) and to explore biological processes (metabolism,
membrane transport, macromolecular structure). This course
aims at developing your problem solving skills in biological
sciences. Independent study and exploration are greatly
encouraged.
MAJOR READINGS
D. E. Atkinson, DYNAMIC MODELS IN
BIOCHEMISTRY, S. G. Clarke, D. C. Rees and D. S. Barkely
(Benjamin/Cummings Publishing Company, 1987)
EXAMINATIONS AND ASSIGNMENTS
Weekly problem sets. One final
exam.
ADDITIONAL REQUIREMENTS and/or COMMENTS
This course is
recommended for students majoring in molecular biology and
biochemistry, biology or chemistry. No previous experience
in using a computer will be assumed.
COURSE FORMAT: Discussion Lecture
REGISTRATION INFORMATION
Level: UG Credit: 1.00
Prerequisites:
MATH121 and BIOL205 and CHEM143
- Section 01
- Russu, I
- Times: .T.T... 10:00AM-11:20AM;
- Grading Mode: Mixed
- Registration Preference (1 high to 6 low, 0=Excluded) Sr: 2, Jr: 1, So: 3, Fr: 4
- No Major Preference Given
Last Updated on MAR-03-1998
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