Archive | Biochemistry

Metabolic Significance of Hexose Monophosphate Shunt

The following points highlight the top five metabolic significance of hexose monophosphate shunt. 1. CO2 is the characteristic product in this pathway which is not formed in Embden- Meyerhof pathway. This product is utiĀ­lized for the synthesis of fatty acid and purine bases etc. 2. The reduced NADP (NADPH) formed in this pathway is used in the synthesis of fatty [...]

By |2016-07-30T17:20:05+00:00July 30, 2016|Carbohydrate Metabolism|Comments Off on Metabolic Significance of Hexose Monophosphate Shunt

Glucuronic Acid: Metabolic Reaction and Importance

In this article we will discuss about the Metabolic Reaction and Importance of Glucuronic Acid. Metabolic Reactions of Glucuronic Acid: 1. Glucose-6-phosphate is converted to gluĀ­cose-1-phosphate by phosphoglucomutase. The product then reacts with UTP to form UDPG by the help of the enzyme UDPG pyrophosphorylase. 2. UDPG is oxidized to uridine di-phospho-glucuronic acid by UDPG dehydrogenase in presence of NAD+. [...]

By |2016-07-30T17:20:05+00:00July 30, 2016|Carbohydrate Metabolism|Comments Off on Glucuronic Acid: Metabolic Reaction and Importance

Top 3 Systems for Fatty Acid Synthesis

The following points highlight the top three systems for fatty acid synthesis. The systems are: 1. Mitochondrial System 2. Microsomal System for Chain Elongation 3. Extra Mitochondrial System for De NOVO Synthesis. Fatty Acid Synthesis System # 1. Mitochondrial System: a. Mitochondria catalyze the incorporation of acetyl-CoA into long chain fatty acids under anaerobic conditions. b. The enzymes are mostly [...]

By |2016-07-30T17:20:04+00:00July 30, 2016|Lipid Metabolism|Comments Off on Top 3 Systems for Fatty Acid Synthesis
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