tailieunhanh - Lecture Principles of biochemistry - Chapter 22 (part 1): Protein synthesis

After studying this chapter you will be able to know the genetic code is degenerate and non-overlapping, know the initiation and termination codons, understand the principles behind the third base wobble, know the important structural features of the tRNA, know which base of the anticodon is effected by the 3rd base wobble,. | Chapter 22 (Part 1) Protein Synthesis tRNAs tRNAs are interpreters of the genetic code Length = 73 – 95 bases Have extensive 2o structure Acceptor arm – position where amino acid attached Anticodon – complementary to mRNA Several covalently modified bases Gray bases are conserved between tRNAs tRNAs: 2o vs 3o Structure Aminoacyladenylate Formation Aminoacyl-tRNA Synthetase Rxn | Chapter 22 (Part 1) Protein Synthesis tRNAs tRNAs are interpreters of the genetic code Length = 73 – 95 bases Have extensive 2o structure Acceptor arm – position where amino acid attached Anticodon – complementary to mRNA Several covalently modified bases Gray bases are conserved between tRNAs tRNAs: 2o vs 3o Structure Aminoacyladenylate Formation Aminoacyl-tRNA Synthetase . | Chapter 22 (Part 1) Protein Synthesis tRNAs tRNAs are interpreters of the genetic code Length = 73 – 95 bases Have extensive 2o structure Acceptor arm – position where amino acid attached Anticodon – complementary to mRNA Several covalently modified bases Gray bases are conserved between tRNAs tRNAs: 2o vs 3o Structure Aminoacyladenylate Formation Aminoacyl-tRNA Synthetase Rxn | Chapter 22 (Part 1) Protein Synthesis tRNAs tRNAs are interpreters of the genetic code Length = 73 – 95 bases Have extensive 2o structure Acceptor arm – position where amino acid attached Anticodon – complementary to mRNA Several covalently modified bases Gray bases are conserved between tRNAs tRNAs: 2o vs 3o Structure Aminoacyladenylate Formation Aminoacyl-tRNA Synthetase . | Chapter 22 (Part 1) Protein Synthesis tRNAs tRNAs are interpreters of the genetic code Length = 73 – 95 bases Have extensive 2o structure Acceptor arm – position where amino acid attached Anticodon – complementary to mRNA Several covalently modified bases Gray bases are conserved between tRNAs tRNAs: 2o vs 3o Structure Aminoacyladenylate Formation Aminoacyl-tRNA Synthetase Rxn

• Sinh học
• Principles of biochemistry
• Lecture Principles of biochemistry
• Nguyên lý hóa sinh
• Biochemical compounds
• Protein synthesis
• Prokaryotic ribosome structure
• Ebook Principles of biochemistry
• Principles of biochemistry (4th edition)
• The glyoxylate cycle
• Fatty acid catabolism
• Electron Transfer reactions
• Evolutionary foundations
• Protein interactions modulated
• Nucleic acid structure
• Biological systems
• Biological macromolecules
• Chemical principles
• Properties of water
• Hydrogen bonding
• Amino acids
• Amino acid structure
• Protein purification
• Cell extract
• Protein classification
• Protein 3 Dimensional structure
• Protein folding
• Protein 3 D structure
• 3 D structure
• Oxygen binding curve
• Enzyme kinetics
• Rate constants
• Catalytic Power
• Classes of enzymes
• Inhibitor kinetics
• Enzyme regulation
• Allosteric regulation
• Enzyme action
• Mechanisms of enzyme action
• Ions Cofactors
• Metal ion
• Biotin cofactor
• Conformation of monosaccharides
• Carbohydrate classifications
• Oligo carbohydrate
• Polysaccharides carbohydrate
• Lipid subclasses
• Acyl lipids
• Fluid mosaic model
• membrane transporters
• Metabolism proceed
• Anaeorbic process
• Triose Phosphate Isomerase
• Regulation of glycolysis
• Control points in glycolysis
• Citric acid cycle
• TCA cycle