Microbial Biochemistry course

Description of Microbial Biochemistry course

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Microbial Biochemistry course
Documents
-Microbial Biochemistry course
-Carbohydrates
-Glycolysis: definition
- Glycolysis : location
- Glycolysis : reactions
- Glycolysis : stoichiometry
- Glycolysis : fate of pyruvate
- Glycolysis : ATP production
- Energetics of Glycolysis
- Glycolysis : regulation
- Kreb’s cycle
- Alternative pathways of Carbohydrate metabolism
- Fixation of CO2 by autotrophs
- Amino acids
-Biosynthesis of amino acids
- Amino acid degradation
- Biosynthesis of fatty acids
- Biosynthesis of alanine
- Biosynthesis of aspartate
- Biosynthesis of asparagine
- Biosynthesis of glutamate
- Biosynthesis of glutamine
- Biosynthesis of arginine
- Biosynthesis of proline
- Biosynthesis of serine
- Biosynthesis of glycine
- Biosynthesis of cysteine
- Biosynthesis of tyrosine
- Lipids
-Fatty acid oxidation
- Activation of fatty acids
- Role of carnitine in transport of long chain fatty acid
- Biosynthesis of Purine and Pyrimidine Nucleotide
- De novo synthesis of purine nucleotides
- Regulation of De novo synthesis of purine nucleotides
- Salvage pathway for purine nucleotides
- De novo synthesis of pyrimidine nucleotides
- Regulation of pyrimidine synthesis
- Salvage pathway for pyrimidine nucleotides
- Formation of deoxy ribonucleotides Degradation of Purine and Pyrimidine nucleotides.
- Bacterial enzymes
- Role of Metabolism in biosynthesis and Growth
- PDF files
-Microbial Biochemistry course