Biochemical Engineering Fundamentals

Biochemical Engineering Fundamentals - Lectures  

Lecture 0 : Course Overview 
Lecture 1 : Brief Review of Material & Energy Balances (10:05)
Lecture 2 : Introduction to Biochemical Engineering: Basics of Yield  (19:54)
Lecture 3 : Basics of Rate & Titer (9:24)
Lecture 4 : Michaelis Menten Derivation  (9:38)
Lecture 5: Specific Rate  (21:01)
Lecture 6 : Fermentation Overview - GFP (15:03)
Lecture 7 : Fermentation Basics
Lecture 8 : Fermentation Mass and Heat Transfer
Lecture 9: Overview of Downstream Recovery -GFP (11:03)
Lecture 10 : Downstream Purification Basics (10:08)
Lecture 11 : Primary Cell Removal Centrifugation (20:41)
Lecture 12: Cell Disruption (3:49)
Lecture 13: Theoretical Stages & Plates 
Lecture 14: Extraction
Lecture 15: Chromatography Example GFP (19:51)
Lecture 16: Chromatography Theory & Design 
Lecture 17: Filtration
Lecture 18: Downstream Design 
Lecture 19: Process Design Basis
Lecture 20: Technoeconomics 101