Download pymol and install on your computer. If you like the program, feel free to register. An example pdb file to play with in pymol. Check out folding at home!
Chem 423 – Lecture materials
Lecture 1 1/22/10 Lecture 2 1/25/10 Lecture 3 1/27/10 Lecture 4 1/29/10 Lecture 5 2/1/10 Lecture 6 2/3/10 Lecture 7 2/5/10 Lecture 8 2/8/10 Lecture 9 2/16/10 Lecture 10 2/17/10 Lecture 11 2/19/10 Lecture 12 2/22/10 Practice Exam 1 Key Lecture 13 3/1/10 Lecture 14 3/3/10 Lecture 15 3/5/10 Lecture 16 3/8/10 Lecture 17 3/10/10
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Chem 423 – Schedule 2010
Day Date Topic Reading F 22-Jan Intro to molecules of life: DNA 1 M 25-Jan Non-covalent interactions 1 W 27-Jan Protein composition 2 F 29-Jan Protein structure, visualization 2 M 1-Feb Protein methods, purification 3-3.1,3.6 W 3-Feb DNA -> RNA -> protein 4 F 5-Feb Recombinant DNA and genomics 5 M 8-Feb Quiz 2 –
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Chem 423 Syllabus – Spring 2010
Spring 2010 ISB 321 MWF 11:15-12:05 This course will introduce students to the amazing molecules that make life possible, how they work individually (I Structure & Function) and how they form nanomachines and networks to do the essential life processes of harnessing energy (II) and self-replication (III). Chemists and biochemists use a full range of
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Chem 423 – Biochemistry for Chemists
Course links: Course syllabus Detailed, yet dynamic, schedule Lectures Useful links
Chem 697B – Fun with Photochemistry, 2010
Yes, everyone, Jim is teaching Fun with Photochemistry again. If you are interested, sign up for Chem697B. (This year, 697A is going to be bio-membranes taught by Lynmarie Thompson and 697C is going to be biosynthetic principle taught by Nate Schnarr.)
