Sea anemone toxins affecting voltage-gated sodium channels - molecular and evolutionary features

Keyphrases

• Voltage-gated Sodium Channel 100%
• Sea Anemone Toxin 100%
• Molecular Features 100%
• Evolutionary Distinctiveness 100%
• Sea Anemone 50%
• Receptor Sites 50%
• Neurotoxin 50%
• Sodium Channel 50%
• Gene Family 25%
• Vertebrates 25%
• Binding Site 25%
• Mutagenesis 25%
• Recent Advances 25%
• Mechanism of Action 25%
• Predation 25%
• Low Molecular Weight 25%
• Genome Sequencing 25%
• Structure-activity Relationship 25%
• Venom 25%
• Scorpion Toxin 25%
• Nematostella Vectensis 25%
• Concerted Evolution 25%
• Nematostella 25%
• Genome Organization 25%
• Bioactive Surface 25%
• Marine Environment 25%
• Crustacean 25%
• Historical Representation 25%
• Site of Action 25%
• Channel Binding 25%
• Evolutionary Studies 25%
• Anemone Type 25%
• Folded Structure 25%
• Toxin Detection 25%
• Activity Evolution 25%
• Mobile Prey 25%

Biochemistry, Genetics and Molecular Biology

• Evolution 100%
• Sea Anemone 100%
• Sodium Channel 100%
• Electric Potential 100%
• Neurotoxin 33%
• Multigene Family 16%
• Binding Site 16%
• Molecular Weight 16%
• Mutagenesis 16%
• Structure Activity Relation 16%
• Scorpion Toxin 16%
• Nematostella 16%
• Nematostella Vectensis 16%
• Genomic Organization 16%
• Predation 16%

Pharmacology, Toxicology and Pharmaceutical Science

• Voltage Gated Sodium Channel 100%
• Sea Anemone Toxin 100%
• Receptor 75%
• Sodium Channel 50%
• Neurotoxin 50%
• Sea Anemone 50%
• Structure Activity Relationship 25%
• Binding Site 25%
• Scorpion Toxin 25%
• Nematostella Vectensis 25%
• Mutagenesis 25%
• Nematostella 25%