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Physical Chemistry for the Life Sciences
Fall Semester 2008

Professor Peter Qin
LJS 251
Tel: : (213) 821-2461
pzq@usc.edu

 

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Course Schedule


Week

Date

Topics

Summary Note

Week 1

Aug. 25 - Aug. 29
(ch. 1)

·         Introduction to Biophysical Chemistry

 

Thermodynamics

·         Heat, Energy, and Work

·         First Law of Thermodynamics

L1

 

L2

 

L3

 

discussion_1

Week 2

Sept.3 - Sept. 5
(ch. 1)

·         Enthalpy

·         Enthalpy of phase change

·         Bond enthalpy

·         Enthalpy of reaction, Enthalpy of Formation

·         Hess’s Law

L4

 

L5

 

discussion_2 key

Week 3

Sept. 8 - 12

(ch.1 & ch. 2)

·         Kirchoff’s Law:  Enthalpy vs. T

·         Entropy and 2nd Law

·         Entropy Measurements

·         Entropy and hydrophobic interactions

·         Third Law of Thermodynamics

L6

 

L7;  L7 summary

 

L8

 

discussion_3; key

Week 4

Sept. 15 - 19

(ch. 2)

·         Entropy of Substances and Chemical Reactions

·         Spontaneity and Gibbs Free Energy

·         Calculating DG

·         Protein structures and interactions

·         Thermodynamics of hydrogen-bonding and hydrophobic interaction

L9

 

L10

 

            L11

 

discussion4

Week 5

Sept. 22 - 26

(ch. 3)

·         Temperature and Pressure dependence of Free energy

·         Phase diagrams

·         Application: Thermodynamics of DNA duplex formation

·         Chemical potential; Ideal solutions

·         Osmosis

L12

 

L13

 

L14

Week 6

Sept. 29 – Oct. 3

(ch. 4)

·         Chemical equilibrium

·         Calculating DGorxn and temperature dependence

·         Equilibrium constant & DGorxn

 

Exam 1, Wednesday, Oct. 1; in class

L15

 

L16

Week 7

Oct. 6 - 10

(ch. 4)

·         Temperature Dependence of Equilibrium Constant

·         Acid Base Equilibria

L17

 

L18

 

L19

 

Discussion 5: 4.49 (a) & (b)

discussion5 key; Excel plot

Week 8

Oct. 13 - 17

(ch. 4)

·         Buffers

·         Biochemical standard state

·         Equilibrium binding

 

 

L20

 

L21

 

L22

 

discussion6

  key

Week 9

Oct. 20 - 24

(ch. 5)

·         Ions in solution

·         Non-ideality

·         Ions transport

·         Redox Reactions

·         Nernst Equation

Application: Biological Electron Transfer   

L23

 

L24

 

L25

 

discussion 7 & key

Week 10

Oct. 27 - 31

(ch. 6)

Chemical Kinetics

·         Reaction Rates

·         Rate Laws

·         Temperature Dependence

L26

 

L27

 

L28

Week 11

Nov. 3 - 7

(ch. 7)

·         Reaction mechanisms

 

Exam 2, Wednesday Nov. 5; in class

L29

 

L30

Week 12

Nov. 10 - 14

(ch. 7, 8)

·         Reaction dynamics

·         Kinetics and Mechanisms of Enzymatic Reactions

·         Michaelis-Menten Equation

L31

 

L32

supple_1; suppl_2

 

L33

Week 13

Nov. 17 - 21

(ch. 8)

·         Inhibition

·         Catalytic efficiency

·         Energetics of catalysis

 

·         Visualizing Enzymes

L34

suppl_MM

 

L35

 

L36;  pdb note

 

Discussion: Tinoco 8.10; 8.21; 7.17

Week 14

Nov. 24 - 26

(ch. 9, 13)

Structure and Spectroscopy

·         Basic quantum mechanics

·         Absorption

·         Beers law, bio-chromophores

L37

 

L38

Week 15

Dec. 1 - Dec. 5

(ch.13)

·         Emission

·         Fluorescence Spectroscopy and FRET

L39

 

L40; suppl-note

 

L41

Dec. 8 - 10

Final Reviews:  Tue. Dec. 9, 3:00-4:00, SGM 226

review

Dec. 15

Final Exam, 8:00 – 10:00 am

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