Lecture 1 (8/26/14) "Introduction to Course"
Reading Material: Biochemistry and the Genomic Revolution

Lecture 2 (8/28/14) "Macromolecules, the central dogma of biology"

Lecture 3 (9/2/14) "Entropy Matters"

Lecture 4 (9/4/14) RNA came first, DNA to identify us and "relatives"

Lecture 5 (9/9/14) ATPase Synthase Goes 100% Efficiency

Lecture 6 (9/11/14) ATPase and Protein Folding

Lecture 7 (9/16/14) Visual Molecular Dynamics: Klaus Schulten
Reading Material: Ubiquitin lives up to its name

Lecture 8 (9/18/14) Protein Folding

Lecture 9 (9/23/14) Magnetic Tweezer

Lecture 10 (9/25/14) Magnetic Tweezer II

Lecture 11 (9/30/14) WLC, Protein (Mis)Folding

Lecture 12 (10/2/14) Atomic Force Microscopy

Lecture 13 (10/9/14) Atomic Force Microscopy II

Lecture 14 (10/14/14) X-Ray Diffraction Experiment
Reading Material: X-Ray Diffraction Experiment

Lecture 15a (10/16/14) DNA X-ray Diffraction and Coherence
Lecture 15b (10/16/14) Optical Traps

Lecture 16 (10/21/14) Optical Traps II

Lecture 17a (10/23/14) Optical Traps III
Lecture 17b (10/23/14) Fluorescence I

Lecture 18 (10/28/14) Fluorescence II

Lecture 19 (10/30/14) Fluorescence III

Lecture 20 (11/04/14) Fluorescence IV.STED & EM

Lecture 21 (11/06/14) FRET

Lecture 22 (11/11/14) FRET II & Hepatitis C

Lecture 23 (11/13/14) Diffusion I

Lecture 24a (11/18/14) Diffusion II

Lecture 24b (11/18/14) Nerves I

Lecture 25 (11/20/14) Nerves II

Lecture 26 (12/09/14) What You've Learned

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