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1
Intro
2
Single Molecule Biophysics
3
Phylogenetic Trees
4
Kinesin
5
Optical Trap
6
Force Clamp
7
Kinesin Movement
8
Handoverhand motion
9
Force velocity curve
10
How do we know its asymmetric
11
How do we walk
12
Robokinesin
13
Chemistry and Mechanics
14
Experiments
15
Statistics
16
Randomness
17
Michaelis Menten curve
18
Cycle for both heads
19
Fit
20
Acknowledgement
21
Kinesins
Description:
Explore the fascinating world of molecular motors in this lecture featuring Steven M. Block from Stanford University. Delve into single-molecule biophysics, focusing on kinesin and its movement mechanisms. Learn about optical traps, force clamps, and the handover-hand motion of kinesin. Discover how experiments, statistics, and the Michaelis-Menten curve contribute to understanding molecular mechanics. Gain insights into the chemistry and mechanics behind kinesin's function, and explore the concept of "Robokinesin." Conclude with closing remarks by Samara Reck-Peterson from Harvard Medical School, tying together the intricate details of molecular movement and motor function.

Molecules, Movement, and Motors - Shedding Light on Motor Function

Harvard University
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