General Biochemistry course

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General Biochemistry course

Documents

-General Biochemistry course

- Introduction to molecular structure of water

-Water is a polar molecule

- Solvent properties of water

- Ionization of water, acids and bases

- Buffer selection, Henderson-Hasselbalk equation

- Amino acids and peptides

-The building blocks of proteins

- Physiological interest of amino acids

- Amino acids and proteins as acids and bases/ solving problems

- Protein structure

- Protein sequencing

- Protein purifications

- Analytical methods and techniques

- Enzyme kinetics

- Enzyme inhibition

- Carbohydrates

-Aldoses, ketoses, formation of hemiacetals

- Disaccharides, homopolysaccharides, heteroploysaccharides

- Glycolysis

- Gluconeogenesis, pentose phosphate pathway

- Aerobic metabolism

- Oxidative phosphortlation

- Antioxidant systems

- lipids

-Fatty acids, triglycerides, neutral fats

- Phospholipids and cell membrane

- Sterols

- Lipid metabolism

- Health effect of lipids

- Nucleic acids

-DNA and RNA structures

- Gene expression

- Polymerses

- General features of metabolism

-Structure and types of metabolic pathways

- Principles and types of metabolic regulation

- Citric acid cycle, the respiratory chain and phosphorylative oxidation

-Role un cell metabolism

- Cycle description. Anapletoric rections

- Structure of the respiratory chain and energetics of electronic transport

- Oxidative phosphorylation. Structure of ATP synthase

- Control of electronic transport and oxidative phosphorylation

- Carbohydrate metabolism

-Glycolysis. Metabolic basis of Pasteur and Warburg effects

- Transformations of pyruvate: fermentations and oxidative decarboxilation

- Pentose phosphate pathway

- Neoglucogenesis

- Synthesis and degradation of glycogen

- Lipid metabolism

-Plasmatic lipoproteins

- Fatty acid degradation

- Fatty acid synthesis

- Isoprenoid metabolism

- Metabolism of membrane lipids and icosanoids

- Aminoacid metabolism

-Degradation of the amino group

- Degradation of de carbon backbone

- Biosynthesis of amino acids

- Metabolism of nucleotides

-Degradation of purine and pyrimidine nucleotides

- Recycling an biosynthesis of purines and pyrimidines

- PDF files

-General Biochemistry course

- Carbohydrate metabolism

- Videos

-Cell Fractionation

- Quantification of Oxidative Damage

- Lipid Metabolism

- Metabolism of Nitrogenated Biomolecules

- Metabolism and biological oxidations

- Carbohydrate metabolism

- Lipid Metabolism

- Metabolism of nitrogenous biomolecules