Biochemistry

Biochemistry Lectures – Biochemistry presentations – Biochemistry Powerpoint slides

Biochemistry Lectures

Lecture 1a – Foundations of Biochemistry 2.8 MB

Lecture 1b – 2.95 MB

Lecture 2 – Thermodynamics and Chemical Equilibria .53 MB

Lecture 3 – Molecules and Water 2.28 MB

Lecture 4 – Acids and Bases 813 KB

Lecture 5 – Amino Acids 1.45 MB

Lecture 6 – Protein Structure 4.45 MB

Lecture 7 – Protein Purification 3.21 MB

Lecture 8 – Protein Evolution and Analysis 2.4 MB

Lecture 10 – Protein Secondary Structure 1.25 MB

Lecture 11 – Protein Secondary Structure II 2.45 MB

Lecture 12a – Protein Structure 2.02 MB

Lecture 12b – Protein Structure (cont.) 3.78 MB

Lecture 13 – Protein Function (Globins & Antibodies) 4.5MB

Lecture 14 – Protein Function (Globins & Antibodies cont.) 4.5MB

Lecture 16 – Enzyme Kinetics and Catalysis 3.3MB

Lecture 17 – Enzyme Kinetics and Catalysis II 2.1MB

Lecture 15a – Catalysis 3.2MB

Lecture 15b – Mechanisms of Lysozyme

Lecture 18 – Protein Folding, Chaperones, Prions, Alzyheimer’s 3.0MB

Lecture 19 -Metabolism and Sugars 3.1MB

Lecture 20 – Metabolism II and Glycolsis 4.3 MB

Lecture 21 – Glycolysis 2.5 MB

Lecture 22 – Glycolysis(cont.) 2.8 MB

Lecture 23 – Citric Acid Cycle 2.6 MB

Lecture 24 – Citric Acid Cycle II/Pentose Phosphate Pathway 3.6 MB

Lecture 25 – Gluconeogenesis/Evaluations 3.1 MB

Protected: Technical methods to improve yield – activity and stability in the development of microbial lipases

Innova Biosciences: Innova GuidesFluorescence Resonance Energy Transfer

Fluorescence Resonance Energy Transfer

An explanation of how FRET works.

Fluorescence Resonance Energy Transfer.