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Prof. Gerald W. Feigenson Cornell University, USA

24 Talks 1 Series
Biography

Gerald Feigenson (b.1946): BS in Chemistry at Rensselaer Polytechnic Institute in 1968; PhD in Chemistry at Caltech in 1974; Postdoctoral work at Oxford with G.K. Radda. He joined the Cornell faculty as an Assistant Professor in 1974. He has established several fundamental properties of cell membranes, including the nature of... read morethe membrane protein lipid boundary layer, phase behavior of lipid mixture models of the plasma membrane, and the nature of line tension at the boundary of membrane rafts. He is the co-founder of the Cornell Field of Biophysics. He has taught undergraduate biochemistry for many years.

Lectures (24)

Synthesis of lipids and N-containing molecules 2
44 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Urea cycle; oxidative phosphorylation 2
49 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Hormone mechanisms
45 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Synthesis of lipids and N-containing molecules 1
40 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Gluconeogenesis and the Calvin cycle
40 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Light-driven reactions in photosynthesis
43 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Urea cycle; oxidative phosphorylation 1
28 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Metabolism of pyruvate and fat
56 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Glycolysis control
43 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Glycolysis - energy and useful cell chemicals
40 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Metabolism principles
49 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Structure and function of carbohydrates
42 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Lipids, biomembranes and membrane proteins
41 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Enzyme regulation and coenzymes
38 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Enzyme inhibition; chymotrypsin
46 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Enzyme kinetics (Michaelis-Menten)
41 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Enzyme specificity and catalysis
43 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Introduction to biochemistry
31 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Haemoglobin structure and stability
37 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Protein folds and IV structure
19 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Protein stability and folding
52 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Observed protein structures
31 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Protein structure principles
48 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA
Amino acids and peptides
33 min
  • Prof. Gerald W. Feigenson
  • Cornell University, USA

Series (1)

Series
Principles of Biochemistry
24 lectures