Channel Title: ALLWIN BIOCHEM Channel Description: <video> GLYCOGENESIS Description: synthesis of glycogen from glucose is explained in this video </video> <video> Structure of Myoglobin Description: myoglobin structure and function is discussed </video> <video> Difference between Glycogenesis and Glycogenolysis Description: </video> <video> Oxidation of Pyruvate/Oxidative Decarboxylation of pyruvate Description: pyruvate is converted to acetyl coA which is the precursor for TCA cycle in the presence of pyruvate dehydrogenase enzyme and coenzymes and cofactors in this process 6 ATP s are produced bhai oxidative level phosphorylation </video> <video> Hemoglobin- Structure, Function & Types Description: structure of hemoglobin explained clearly in this video </video> <video> Hormonal Regulation of glycogen metabolism Lecture 2 Description: insulin Glucagon Epinephrine important hormones involved in regulation of glycogen metabolism mechanism of regulation is clearly explained in this video </video> <video> Regulation of Glycolysis Description: based on the cellular need metabolic pathways for regulated. glycolysis is regulated by three enzymes that is participating in irreversible steps of glycolysis they are hexokinase, phosphofructokinase 1, pyruvate kinase the enzyme action in regulating is clearly explained in this video </video> <video> STRUCTURAL ELUCIDATION OF FRUCTOSE Description: experimental evidence supporting structure of fructose clearly explained in this video </video> <video> Heparin structure and function Description: Heparin structure and its function its role as anticoagulant is explained in this video </video> <video> Difference between glycogenolysis and gluconeogenesis Description: Difference </video> <video> Allosteric Regulation of Glycogen Metabolism Lecture 1 Description: glycogen synthase and glycogen phosphorylase of the key enzymes in regulating glycogen metabolism it is clearly explained in this video allosteric regulation mechanism is explained </video> <video> Krebs cycle Description: steps involved in tricarboxylic acid cycle is clearly explained in this video </video> <video> GLYCOGENOLYSIS Description: metabolic reaction in converting glycogen to glucose units is explained with the sequence of reactions taking place </video> <video> generation of ATP in glucose metabolism Description: glucose is completely oxidized to carbon dioxide and water by entering glycolysis in aerobic condition where it produced the product pyruvate then pyruvate is oxidised to acetyl coa acetyl coa enters TCA cycle and then produce ATP the total number of ATP is produced in glycolysis is 8 and pyruvate oxidation is 6 ATP produced in TCA cycle is 24 on the whole when a glucose molecule gets oxidized completely it produce 38 ATP </video> <video> Structural Elucidation of Glucose Description: structural elucidation of glucose with its supporting experimental evidence is given in this video </video>

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