BIOC-585, 1995 spring:

computer demos: 					(0 class hours)
	given outside class hours, at appropriate points in semester:

		unix operating system, email, net, etc.
		protein motions: md trajectories
		biosym: use of insight
		data reduction: use of S


protein dynamics, basics:				5		6.67

	1.	conformational substates
	2.	method md simulation
		mgk bpti simulation
	3.	mgk bpti simulation
	4.	overview and summary
	5.	overview and summary


protein dynamics, reaction rate theory:			5	 	6.67

	6.	simulation barrier crossing
	7.	simulation barrier crossing
		tst
	8.	tst
	9.	kramers
	10.	kramers


protein and biomolecule thermodynamics, basics:		8		10.67

	11.	review by baldwin and eisenberg
	to
	18.


data reduction:						1		1.33
	19.	methods and simple theory, preceding demonstration of S


phase transitions:					6		8.00
	20.	zimm-bragg helix-coil
	to	percolation
	25.


allostery:						4		5.33
	26.	fersht chapter
	to	hemoglobin: perutz and ackers and related
	29.


protein hydration:					2	 	2.67
	30.	jar mini-review
	31.	jar mini-review


					total jar 	31		41.33