SES # | TOPICS | KEY DATES |
---|---|---|
1 | Course Overview, Enzyme Classification | |
2 | Enzyme Kinetics (Single-substrate Reactions), Measurement | |
3 | Enzyme Inhibition | |
4 | Enzyme Inhibition, pH and Temp Effects | |
5 | Non-ideal Enzyme Kinetics | Problem set 1 due |
6 | Immobilized Enzyme Kinetics - External | |
7 | Immobilized Enzyme Kinetics - Internal | |
8 | Applications of Enzyme Catalysis (Biocatalysis) | Problem set 2 due |
9 | Microbial Growth | |
10 | Microbial Growth - Batch Cultivation Profiles | |
Quiz 1 | ||
11 | Stoichiometry of Growth, Product Formation | |
12 | Stoichiometry of Growth, Product Formation (cont.) | |
13 | Models of Microbial Growth | Problem set 3 due |
14 | Models of Microbial Growth (cont.) | |
15 | Continuous Culture | |
16 | Continuous Culture (cont.) | Problem set 4 due |
17 | Bioreactor Design | |
18 | Bioreactor Design (cont.) | |
Quiz 2 | ||
19 | Bioreactor Design (cont.) | |
20 | Mass Transfer | |
21 | Mass Transfer (cont.) | |
22 | Heat Transfer, Media and Air Sterilization | |
23 | Scale-up | |
24 | Scale-down | Problem set 5 due |
25 | Animal Cell Culture | |
26 | Animal Cell Culture (cont.) | |
Quiz 3 | ||
27 | Mixed Cultures | |
28 | Mixed Cultures (cont.) | |
29 | Medium Development | |
30 | Medium Development (cont.) | |
31 | Cellular Engineering - An Engineer’s View Towards Recombinant Organisms | Problem set 6 due |
32 | Cellular Engineering/Molecular Biology for Process Engineering | |
33 | Cellular Engineering/Molecular Biology for Process Engineering (cont.) | |
34 | Enzyme Engineering for Process Improvement | |
35 | Enzyme Engineering for Process Improvement (cont.) | |
Quiz 4 |
Calendar
Course Info
Instructor
Departments
As Taught In
Spring
2005
Level
Learning Resource Types
assignment
Problem Sets