Dysiherbaine: A new generation of excitatory amino acids of marine origin

Keyphrases

• Excitatory Amino Acids 100%
• Marine Sources 100%
• GluR 40%
• High Affinity 40%
• Pharmacological Activities 40%
• Kainate Receptor 40%
• Domoic Acid 40%
• Potential Therapeutics 20%
• Molecular Targets 20%
• Ion Channels 20%
• High Selectivity 20%
• Ionotropic Receptor 20%
• Excitatory Neurotransmission 20%
• Mammalian Brain 20%
• Anticonvulsant 20%
• Therapeutic Use 20%
• Marine Organisms 20%
• Pharmacological Profile 20%
• Marine-derived 20%
• Neuroscience Research 20%
• Synthesis Methods 20%
• Chemical Synthesis 20%
• Convulsant Activity 20%
• Receptor Subtypes 20%
• Diacids 20%
• Structural Analogues 20%
• Untapped Potential 20%
• N-methyl-D-aspartate 20%
• Unique Structure 20%
• Ligand-gated Ion Channel 20%
• Molecular Diversity 20%
• Kainic Acid 20%
• Diamino 20%
• Chemical Profile 20%
• Pharmacological Potential 20%
• Neurophysiological Techniques 20%
• Glutamate Analogs 20%
• Behavioral Profile 20%
• Marine Metabolites 20%

Pharmacology, Toxicology and Pharmaceutical Science

• Dysiherbaine 100%
• Excitatory Amino Acid 100%
• Domoic Acid 40%
• Convulsant Agent 40%
• Kainic Acid Receptor 40%
• Drug Action 40%
• Marine Species 20%
• Molecular Target 20%
• Receptor Subtype 20%
• Ligand Gated Ion Channel 20%
• Ion Channel 20%
• Aspartic Acid 20%
• Glutamic Acid 20%
• Kainic Acid 20%
• Diamino Acid 20%