3 Credits

Course Director:  Jason Stumpff

 course syllabus

Molecular Motors On-line reserve (requires UVM username & password)

This course will examine the fundamental molecular mechanisms underlying dynamic cellular processes. Advanced topics in cell biology (e.g. cell locomotion, mitosis, cytokinesis, organelle transport, muscle contraction, etc.) will be explored from the single molecule to the whole tissue level with an emphasis on understanding how complex molecular systems are coordinated for biological function. Critical evaluation and interpretation of primary data will be a focus of the course and active participation will be encouraged.

Molecular Motors – Ch. 1 Molecular Motors – Ch.14
Molecular Motors – Ch. 2 Molecular Motors – Ch.15
Molecular Motors – Ch. 3 Molecular Motors – Ch.16
Molecular Motors – Ch.4 Molecular Motors – Ch.17
Molecular Motors – Ch.5 Molecular Motors – Ch.18
Molecular Motors – Ch.6 Molecular Motors – Ch.19
Molecular Motors – Ch.7 Molecular Motors – Ch.20
Molecular Motors – Ch.8 Molecular Motors – Ch.21
Molecular Motors – Ch.9 Molecular Motors – Ch.22
Molecular Motors – Ch.10 Molecular Motors – Ch.23
Molecular Motors – Ch.11
Molecular Motors – Ch.12
Molecular Motors – Ch.13