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Welcome to Structural Biochemistry
at the Biology Department at UCSD taught by Dr. Lukas Buehler. This class
is an introduction to various aspects of the structure and function of
biologically important macromolecules. These include proteins, nucleic
acids, polysaccharides, and lipids. The course is divided into 3 major
parts (building blocks, structure-function relationship, cellular substructures)
each concluding with a closed book examination. To guide you through the
lecture, a custom reader is available at the Price Center Bookstore. This
reader is an outline of the lecture and is meant as a guideline, not a
substitute, for the textbook.
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BIBC
100 - Summer 2007
MTWTh 5-6:20 PM York 2622
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| Updates |
Key
to final exam
Exams are now available for pickup at York 4070 (lobby)
Grade
ranges:
for
final exam only (out of 80 max):
A 70
B 60
C 50
D 40
total
score (out of 200 max)
A 170
B 145
C 120
D 95
Office
hours during second session are MW 4-4:50pm
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| Study
Guides |
Study
Guide 3 (final exam)
The Final Exam is not cumulative and covers serine proteases,
ion channels, oxygen and calcium binding, molecular dynamics,
protein folding and structure prediction and design. Sample
Final Exam from 2006.
Study
Guide 2
Second midterm will cover nucleic acid structures, polysaccharides,
and membrane lipids. Sample
midterm exam from 2006
Study
Guide 1
First midterm will cover solubility, amino acids, peptide
and protein structures. Sample
midterm exam from 2006.
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| Exam
Keys |
Key for midterm
2
Grade ranges A 52-60; B 45-51; C 38-44; D 31-37
Regrade requests are
no longer accepted
Midterm
1 key
Grade ranges: A 48-60; B 40-47; C 32-39; D 24-31
Regrade requests are no longer accepted
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| Text Books |
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Structural Biochemistry,
2nd
by Lukas K. Buehler
J.Wiley & Sons (Custom reader)
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Fundamentals of Biochemistry,
2nd
by Voet, Voet and Pratt
J.Wiley & Sons, 2005
(find it at the BML Reserves shelf)
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Internet |
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Images
of Biological Macromolecules
Protein
Data Bank (PDB
ENTREZ
Structure (NCBI)
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View an animation
of the complete ATP-synthase function.
Rotation of isolated ATP-synthase with fluorescence labeled actin
marker: original data and animation
of purified and reconstiuted F1 portion (synthase domain)
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Please send any
questions or comments regarding this class to Lukas
Buehler
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