Subunit Dissociation Affects DNA Binding in a Dimeric Lac Repressor Produced by C-Terminal Deletion

Keyphrases

• Amino Acids 33%
• Binding Affinity 66%
• Binding Isotherm 33%
• C-terminus 33%
• Coiled-coil Interaction 33%
• Deletion mutant 33%
• Denaturation Studies 33%
• Denaturing Conditions 33%
• Dimer Dissociation 66%
• Dimeric Proteins 100%
• Dimerization 33%
• Dissociation 33%
• Dissociation Constant 33%
• DNA Binding 100%
• DNA-ligand Binding 33%
• Equilibrium Binding Constant 33%
• Equilibrium Dissociation Constant 33%
• Free Energy Change 100%
• Gcn4 33%
• Heptad Repeat 33%
• High Affinity 33%
• Lac Repressor 100%
• Lactose Repressor Protein 33%
• Leucine 33%
• Monomer-dimer 33%
• Overall Process 33%
• Protein-DNA Complex 66%
• Protein-ligand Binding 33%
• Protomers 33%
• Regulatory Proteins 33%
• Repressor Protein 33%
• Subunit Dissociation 100%
• Terminal Deletion 100%
• Thermodynamic Linkage 33%
• Urea Denaturation 33%

Biochemistry, Genetics and Molecular Biology

• Amino Acids 25%
• Binding Affinity 75%
• C-Terminus 100%
• Coiled Coil 25%
• Deletion Mutant 25%
• Denaturation 25%
• Dimerization 25%
• Dissociation Constant 50%
• DNA Binding 100%
• Gene Linkage 75%
• Genetics 25%
• Heptad Repeat 25%
• Lac Repressor 100%
• Lactose 25%
• Leucine 25%
• Ligand Binding 25%
• Protein Ligand 25%
• Protomer 25%
• Repressor 25%
• Wild Type 50%