BCMB 404: Immunology and Immunochemistry
Defense systems: self and non-self; innate and acquired; cells and organs involved; humoral and cell-mediated. |
BCMB 403: Molecular Biotechnology and Applications
Tools of molecular biology: Agarose and polyacrylamide gel electrophoresis; Northern and Southern blots and hybridization analysis; Western blots and protein detection; PCR and RAPD, RFLP. |
BCMB 402: Protein Chemistry II
Protein-ligand Interactions: Binding sites of haemoglobin and myoglobin, binding of oxygen and carbon monoxide, micro-environment of the haem iron, the Hill Plot. Protein engineering. |
BCMB 401: Protein Chemistry I
Primary structure: amino acid composition of proteins, determination of amino acid sequence, importance of primary structure synthesis of peptides, covalent modification of polypeptides. |
BCMB 314: Membrane Biochemistry
Introduction: Membrane types and functions; chemical composition (lipids, proteins and carbohydrates); amphipatic nature of lipids (formation of monolayers, bilayers/liposomes, and micelles); Reactions of phospholipases. |
BCMB 311: Practical Biochemistry II
Enzyme catalysed reactions: Time course of reaction; effects of various factors on reaction rate: enzyme concentration, pH, temperature, substrate concentration, activators and inhibitors; enzyme specificity; protease activity in plant extracts; purification... |
BCMB 308: Bioenergetics
Overview of chemical thermodynamics: Internal, energy, enthalpy, entropy, Gibb’s free energy, laws of thermodynamics; Spontaneous and non-spontaneous processes; Free energy changes in biochemistry. |
BCMB 306: Integration and Control of Metabolism
Metabolic control: Design of metabolic pathways. Regulatory enzymes fine control (allosteric, substrate/product feed- back and feed-forward controls, covalent modification) and coarse control (induction and repression of enzyme synthesis). |
BCMB 305: Biochemistry Of Hormones
General introduction: Coordination in multicellular organisms |
BCMB 304: Molecular Biology II
The genetic code: Deciphering the code. Universality and degeneracy of the genetic code. Wobble hypothesis, colinearity of gene polypeptide. |