Biochemistry lectures delivered by Suman Bhattacharjee

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These lectures are intended for Biochemistry major and all the other biology students of different declines and it is also important for the CSIR NET aspirants and they are at the basic level of demonstration.

1.        Thermodynamic stability of proteins 
   
2.        Protein stability at folded state 
   
3.        Protein denaturing agents 
   
4.        Molten globule structure of proteins 
   
5.        m value of protein folding 
   
6.        Levinthal paradox 
   
7.        Importance of protein stability 
   
8.        Protein folding: Hydrophobic collapse 
   
9.        Framework model of protein folding 
   
10.        Factors affecting protein stability  
    
11.        Different models of protein folding 
    
12.        Classic nucleation model of protein folding 
    
13.        Anfinsen's experiment 
    
14.        Reaction mechanism of aldolase 
    
15.        Urea cycle 
    
16.        Mechanism of GAPDH 
    
17.        PFK regulation 
    
18.        Glycolysis 
    
19.        Calvin cycle 
    
20.        Reverse electron flow in purple bacteria 
    
21.        Light reaction of green bacteria 
    
22.        Light reaction of cyano bacteria 
    
23.        Electron flow in purple sulfur bacteria 
    
24.        Enzyme catalysis 
    
25.        Enzyme inhibition 
    
26.        Enzyme inhibitor( competitive inhibition) 
    
27.        Amino acid structures( part 2) 
    
28.        Amino acid structures( part 3) 
    
29.        Amino acid structures( part 1) 
    
30.        Cellular respiration 
    
31.        Introduction to photosynthesis 
    
32.        Enzymes 
    
33.        Sulphur reduction and oxidation stages 
    
34.        Biochemistry of life(macromolecules) 
    
35.        Electron flow in sulfur chemolithotropic bacteria 
    
36.        Electron transfer in purple bacteria 
    
37.        Electron flow in oxygenic photosynthesis 
    
38.        Comparison of electron flow in purple and green bacteria 
    
39.        Electron flow in iron oxidizing bacteria 
    
40.        Electron flow in hydrogen oxidizing bacteria 
    
41.        ATP synthesis( chemiosmotic theory) 
    
42.        Neoglucogenesis 
    
43.        The mitochondrial electron transport chain 
    
44.        The Cori cycle 
    
45.        The coordinated control of glycolysis and Kreb's cycle 
    
46.        Regulation of glycogen metabolism 
    
47.        Regulation of citric acid cycle 
    
48.        Transmethylation  
    
49.        Transamination reaction 
    
50.        Tetrahydrofolate(THF) 
    
51.        S adenosyl methionine( SAM) 
    
52.        Oxidative deamination 
    
53.        Nonoxidative deamination 
    
54.        Antisense RNA technology 
    
55.        Electron Transport Chain(ETC) 
    
56.        Reactions of citric acid cycle 
    
57.        Pathway of dolichol phosphate synthesis 
    
58.        Regulation of hexokinase 4 
    
59.        Overview of oxidative fuel metabolism 
    
60.        Overview of glucose metabolism 
    
61.        Malate-aspartate shuttle 
    
62.        Hormonal regulation of glycogen metabolism 
    
63.        Comparison between glycolysis and gluconeogenesis 
    
64.        Glucose transporter 4 activity 
    
65.        Coupling of ETS and ATP synthesis 
    
66.        Binding change mechanism of ATP synthesis 
    
67.        Amphibolic pathways of citric acid cycle 
    
68.        The Cori cycle 
    
69.        RNA polymerase structure in detail 
    
70.        RNA polymerase sigma factor and clefts 
    
71.        Citric acid cycle(TCA cycle) 
    
72.        Pyruvate oxidation 
    
73.        Regulation of citric acid cycle 
    
74.        Pyruvate dehydrogenase complex 
    
75.        Pentose phosphate pathway 
    
76.        Pyruvate dehydrogenase complex overview 
    
77.        Gluconeogenesis  
    
78.        Pyruvate dehydrogenase complex mechanism 
    
79.        Regulation of pyruvate dehydrogenase complex 
    
80.        Metabolism big picture 
    
81.        Gluconeogenesis pathway 
    
82.        Role of glycogen phosphorylase 
    
83.        Gluconeogenesis regulation 
    
84.        Gluconeogenesis overview 
    
85.        Gluconeogenesis  
    
86.        Dietary fat metabolism 
    
87.        Citric acid cycle steps 
    
88.        Glycogen metabolism 
    
89.        Breakdown of glycogen.mp4 
    
90.        Glucose transport from liver to blood cell 
    
91.        Galactose metabolism 
    
92.        Fructose metabolism 
    
93.        Feeder pathways of glycolysis 
    
94.        DNA repair overview 
    
95.        Fate of pyruvate 
    
96.        Glycolysis

Target group

1.  Biochemistry major
2. Medical students
3. Microbiology major
4. Biotechnology major
5. Zoology and Botany major
6. Biology Pass