CHEMISTRY 222	SPRING 2000

1/26 overview

1/28 water, forces

1/31 2/1 Intro & protein assays

2/1 structural modeling

2/2 pH

2/4 meet the amino acids

2/7,8 purefication methods & prep

2/8

2/9protein structure

2/11 structural proteins conformational changes

2/14,15 egg & ion exchange

2/15 Shelley & Prathima analgesics

2/16 binding proteins

2/18 myoglobin

2/23,22 continue purification

2/22 Jean osteoporosis

2/23 Monday Schedule

2/25 hemoglobin

2/28,29 protein & enz assays

2/29 Sarah ritalin
Aabye-Gayle scorpion toxin

3/1

Malaria and Sickle Cell

3/3enzymes & catalysis steady state kinetics

3/6,7 electrophoresis

3/7 Stephanie prions

3/8 proteases

3/10enzyme regulation

3/13,14 oral presentation of prep results

3/14

3/15 origin of life

3/17meet the nucleic acids

3/27,8 project rotation 1

3/28 Meghann milk fever

3/29 abz dna structures protein Nucleic acid interactions replication

3/31, transcription,

4/3,4 rotation 1

4/4 Gloria Cholera
Michele & Myla bioluminesence

4/5 protein synthesis

4/7 viruses HIV drugs (cancer)

4/10,11 rotation 2

4/11Anita & Michelle bird flu

4/12 meet the lipids

4/14 membranes

4/20,18 rotation 2

4/18 marathon
Jennifer

4/19 membrane transport

4/21meet the sugars

4/24,25 rotation 3

4/25 Devika
Amanda

4/26 polysaccharides signaling with sugars

4/28 glycolysis

5/1,5 rotation 3

5/4 Ruhlman

5/3 26vitamins TCA fatty acid oxidation fatty acid synthesis

5/5nitrogen metabolism diets and starvation