The Effects of Structural Modifications on the Biologic Activity of Human Transferrin

Keyphrases

• Biologic Activity 100%
• Transferrin 100%
• Structural Modification 100%
• Human Transferrin 100%
• Reticulocytes 88%
• Iron Transfer 55%
• Iron Binding 44%
• Net Charge 33%
• Cell Surface 22%
• Iron Release 22%
• Biological Function 11%
• Physiologic 11%
• Acetylation 11%
• Binding Affinity 11%
• Complex Interactions 11%
• Kinetic Data 11%
• Affinity Constant 11%
• Carbohydrates 11%
• Competition Experiments 11%
• Protein Modification 11%
• Blockage 11%
• Free Amino Acids 11%
• Apparent Affinity 11%
• Maximal Rate 11%
• Amino Group 11%
• Michaelis-Menten Kinetics 11%
• Enzymes-substrate Reactions 11%
• Enzymatic Removal 11%
• Carbamylation 11%

Immunology and Microbiology

• Reticulocyte 100%
• Iron Binding Capacity 50%
• Cell Surface 25%
• Biological Product 25%
• Binding Affinity 12%
• Acetylation 12%
• Protein Modification 12%
• Michaelis Menten Kinetics 12%
• Carbamoylation 12%
• Enzyme Substrate 12%

Biochemistry, Genetics and Molecular Biology

• Transferrin 100%
• Reticulocyte 72%
• Total Iron-Binding Capacity 36%
• Binding Affinity 9%
• Synapsin I 9%
• Acetylation 9%
• Protein Modification 9%
• Enzyme Substrate 9%
• Michaelis-Menten Kinetics 9%
• Carbamoylation 9%