Electrostatic and lipid anchor contributions to the interaction of transducin with membranes: Mechanistic implications for activation and translocation

Keyphrases

• Mechanistic Implication 100%
• Transducin 100%
• Lipid Anchor 100%
• G Protein 30%
• Dissociation 20%
• Heterotrimer 20%
• Vertebrates 10%
• Interaction Strength 10%
• Activity-dependent 10%
• Translocated 10%
• Computational Approach 10%
• Sustained Activation 10%
• Protein Function 10%
• Rhodopsin 10%
• Rotational Degrees of Freedom 10%
• Membrane Surface 10%
• Repulsion 10%
• Membrane Binding 10%
• Phototransduction Cascade 10%
• Combined Constraints 10%
• Activation Rate 10%
• Complex Formation 10%
• Sequence Properties 10%
• Membrane Interaction 10%
• Lipid Bilayer 10%
• Intracellular Translocation 10%
• Attractive Interaction 10%
• Rod Cell 10%
• Electrostatic Properties 10%
• Outer Segment 10%
• Rod Outer Segment 10%
• Negatively Charged Membrane 10%
• Acidic Lipids 10%

Biochemistry, Genetics and Molecular Biology

• Lipid 100%
• Transducin 100%
• G Protein 20%
• Heterotrimeric G Protein 10%
• Protein Function 10%
• Static Electricity 10%
• Rod Cell 10%
• Phototransduction 10%
• Complex Formation 10%
• Lipid Bilayer 10%
• Rhodopsin 10%