Biomolecular Structure - Chemistry 791B Fall 2002

http://www.chem.umass.edu/~thompson/Courses/Chem791B/Fall02/

The overall goal of this course is to understand macromolecular structures in biology. Traditional lectures will present concepts in structure, including the physical basis for structure and stability, molecular interactions, and design. We will also have computer workshops using Protein Explorer and other public domain software for manipulating macromolecules in three dimensions. Finally, each student will present an oral presentation taking the class on a WEB-based tour of the structure of a chosen biomolecule, illustrating principles learned throughout the course, and relating them to the biological function.

Instructor: Lynmarie Thompson (thompson@chem.umass.edu, 5-0827, LGRT 403E)

Meetings: Tu/Thu 9:30-10:45 in GSM 51 or CRC

Text: Introduction to Protein Structure (2nd ed), by Carl Branden & John Tooze,

plus selected readings from other sources including

Proteins: Structures and Molecular Properties, by T. Creighton

Crystallography Made Crystal Clear, by Gale Rhodes

Grading: 50% (25% each) for 2 take-home exams (to be completed independently -- NO DISCUSSIONS)

25% for class participation & homework, 25% for final presentation

Prerequisites: Introductory Biochemistry, Sophomore Organic Chemistry

Date

Topic

Assignment

Sept 5

Thursday

Forces underlying structure

B & T Ch 1, Creighton Ch 4

Sept 10

Tuesday

Forces underlying structure - continued

 

Sept 12

Thursday

Secondary structure, Motifs, Topology diagrams

B & T Chapter 2

Sept 17

Tuesday

Tertiary structures: alpha

B & T Chapter 3

Sept 19

Thursday

CRC: Protein Explorer

Assignment 1: due 9/24

Sept 24

Tuesday

Tertiary structures: alpha/beta

B & T Chapter 4

Sept 26

Thursday

CRC: Protein Explorer Rasmol refcard

Assignment 2: due 10/1

Oct 1

Tuesday

Tertiary structures: beta

B & T Chapter 5

Oct 3

Thursday

CRC: Chime presentations

Download Chimeshell

Oct 8

Tuesday

Protein Folding

B & T Chapter 6

Miranker paper

**Oct 8

Tues 4 pm

319 Morrill

MCB seminar: Andrew Miranker, Yale University "Causes and Consequences of Protein Misfolding in Type II Diabetes and End Stage Renal Failure"

Oct 10

Thursday

CRC: Chime presentations

Presentations scheduled (turn in pdb id and primary reference)

Oct 15

Tuesday

Protein Folding

TIBS review, Creighton 7.4-7.5

**Oct 15

Tues 4 pm

319 Morrill

MCB seminar: David Christianson, Univ of Pennsylvania "Zinc Enzymes and Membrane Function: Structures and Mechanisms of Carbonic Anhydrase XII and LpxC"

Oct 17 Thursday

Solving structures: NMR

Joanna Swain

Assigned paper

Oct 22

Tuesday

CRC Workshop:

DeepView

Deepview tutorial

Assignment 3: due 10/29

Oct 24

Thursday

CRC Workshop: ConSurf

Eric Martz

ConSurf links

Oct 29 Tuesday

CRC: Homology modeling

Kelcy Newell

 

Homology modeling paper

Paper 2 on the Web

Oct 31

Thursday

CRC: Homology modeling

Kelcy Newell

Exam 1 distributed

Nov 5

Tuesday

DNA structure

Craig Martin

B & T Chapter 7

Nov 7

Thursday

DNA/protein complexes

Craig Martin

B & T Chapter 8, 9, 10

Exam 1 due 9:30am!

Nov 12

Tuesday

Membrane proteins

B & T Chapter 12-13

Nov 14

Thursday

Membrane proteins

MPLinks

Nov 19

Tuesday

CRC Workshop

 

Nov 21

Thursday

Solving structures: x-ray

William Royer

UMass Medical School

Ch 18 & Crystallography Made Crystal Clear

Nov 26

Tuesday

Signal transduction modules

Exam 2 distributed

B&T Chapter 13

Nov 28

Thursday

No class -Thanksgiving

 

Dec 3

Tuesday

Protein structure prediction and evolution

B&T Chapter 17

paper1, paper2, paper3

Dec 5

Thursday

Protein engineering

Exam 2 due 9:30am!

papers: engineering

ligand affinity, assemblies

Dec 10

Tues

Student Presentations

 

Dec 12

Thursday

Student Presentations

 

** Plan to attend these seminars of special interest.