PHYC452Biophysics:Schedule: Difference between revisions

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[[/BioChem|Our Biology and Chemistry vocabulary list]]
[[/BioChem|Our Biology and Chemistry vocabulary list]]




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|Week 6<br>Feb 25,27
|'''Lecture 8:''': Chemical Potential, Osmosis, Rate equations, Scatchard Plots
'''Lecture 9:''': Gels, Freely jointed chains, 1D cooperative chain model. 
|[[/Week 6|Week 6]]
|-


|Week 7<br>March 3,5
|'''Lecture 10:''': Worm-Like Chain Model
'''Lecture 11:''': Buffers, Fluorescence Correlation Spectroscopy, Basic Microscope Optics.
|[[/Week 7|Week 7]]
|-
|Week 8<br>March 10,12
|'''Lecture 12:''': Point Spread Function Calculations.
'''Lecture 13:''':
|[[/Week 8|Week 8]]
|-




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Revision as of 17:55, 11 March 2008

Physics 452: Biophysics, Spring 2008

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Our Biology and Chemistry vocabulary list



Week by Week Calendar

Week Activities, Notes Links
Week 1
Jan 23
Lecture 1: A discussion about Biophysics in General, and Biophysics in the UNM Physics Department. Random Walks, Stokes-Einstein relation, time scales of diffusion in cell membranes and cytoplasm. (Nelson Chapter 4) Week 1
Week 2
Jan 28,30
Lecture 2: Basic structure and function of Eukaryotic cells. (Nelson Chapter 2) Diffusion through channels and membranes. (Nelson Chapter 4) Lecture 3: Quiz on basic biology terminology. Friction in fluids and low Reynolds number. (Nelson Chapter 5). Week 2
Week 3
Feb 4,6
No Classes: Biophysical Society Meeting Feb 2-6. Classes will be rescheduled at a later date.
Week 4
Feb 11,13
Lecture 4:: Basic chemistry in Biology, the Navier-Stokes equation, Reynolds number and low viscosity environments (Nelson Chapter 5).

Lecture 5:: Basic chemistry in Biology II, disorder, maximum entropy lead to the Maxwell-Boltzmann distribution. Energy, enthalpy and free energies (Nelson Chapter 6).

Week 4
Week 5
Feb 18,20
Lecture 6:: Rate constants, chemical equilibrium, Arrhenius equation.

Lecture 7:: Quiz on basic biochemistry (postponed from Monday). Entropic forces.

Week 5
Week 6
Feb 25,27
Lecture 8:: Chemical Potential, Osmosis, Rate equations, Scatchard Plots

Lecture 9:: Gels, Freely jointed chains, 1D cooperative chain model.

Week 6
Week 7
March 3,5
Lecture 10:: Worm-Like Chain Model

Lecture 11:: Buffers, Fluorescence Correlation Spectroscopy, Basic Microscope Optics.

Week 7
Week 8
March 10,12
Lecture 12:: Point Spread Function Calculations.

Lecture 13::

Week 8