Laurier Flow

© 2024 LaurierFlow. All rights reserved.

AboutPrivacy

Course Reviews

No Reviews With Body Yet

CH 450

Enzymology

0%Liked

Easy

0%

Useful

0%

0 ratings

This course expands on previous studies in enzyme chemistry and explores the principles and applications of biological catalysis and enzymes in biotechnology. Topics include principles of enzyme structure and function, enzyme kinetics, mechanistic enzymology, biotransformations in chemical synthesis, and enzyme discovery, design and engineering. Prerequisites: CH350.

This course expands on previous studies in enzyme chemistry and explores the principles and applications of biological catalysis and enzymes in biotechnology. Topics include principles of enzyme structure and function, enzyme kinetics, mechanistic enzymology, biotransformations in chemical synthesis, and enzyme discovery, design and engineering. Prerequisites: CH350.

0%Liked

Easy

0%

Useful

0%

0 ratings

This course expands on previous studies in enzyme chemistry and explores the principles and applications of biological catalysis and enzymes in biotechnology. Topics include principles of enzyme structure and function, enzyme kinetics, mechanistic enzymology, biotransformations in chemical synthesis, and enzyme discovery, design and engineering. Prerequisites: CH350.

CH 450 Prerequisites

CH 350 (Min. Grade D-)

CH 450 Leads To

No Leads To Information Available

CH 450 Restrictions

Must be enrolled in one of the following Levels:

Undergraduate (UG)

CH 450

Enzymology

0%Liked

Easy

0%

Useful

0%

0 ratings

This course expands on previous studies in enzyme chemistry and explores the principles and applications of biological catalysis and enzymes in biotechnology. Topics include principles of enzyme structure and function, enzyme kinetics, mechanistic enzymology, biotransformations in chemical synthesis, and enzyme discovery, design and engineering. Prerequisites: CH350.

This course expands on previous studies in enzyme chemistry and explores the principles and applications of biological catalysis and enzymes in biotechnology. Topics include principles of enzyme structure and function, enzyme kinetics, mechanistic enzymology, biotransformations in chemical synthesis, and enzyme discovery, design and engineering. Prerequisites: CH350.

0%Liked

Easy

0%

Useful

0%

0 ratings

This course expands on previous studies in enzyme chemistry and explores the principles and applications of biological catalysis and enzymes in biotechnology. Topics include principles of enzyme structure and function, enzyme kinetics, mechanistic enzymology, biotransformations in chemical synthesis, and enzyme discovery, design and engineering. Prerequisites: CH350.

Course Schedule