Neuroreceptor mechanisms in insect gustation: a pharmacological approach

Keyphrases

• Vertebrates 100%
• Pharmacological Approaches 100%
• Chemoreception 100%
• Neuroreceptors 100%
• Gene Family 50%
• Synapse 50%
• Central Nervous System 50%
• Chemical Stimulation 50%
• Receptor Gene 50%
• Western Corn Rootworm 50%
• Diabrotica Virgifera Virgifera LeConte 50%
• Sweet 50%
• Behavioral Methods 50%
• Stimulants 50%
• Pharmacodynamics 50%
• Bitter 50%
• Dendrite 50%
• Environmental Chemicals 50%
• Non-host 50%
• Deterrence 50%
• Aminobutyric Acid 50%
• Receptor Cells 50%
• Afferent Neurons 50%
• Food Cues 50%
• Potentially Toxic 50%
• Electrophysiological Techniques 50%
• Receptor Pharmacology 50%
• Mouthparts 50%
• Taste Receptors 50%
• Nutrient Sources 50%
• Glycine Receptor 50%
• Axonal Connections 50%
• Receptor Model 50%

Neuroscience

• Sensation of Taste 100%
• Gamma-Aminobutyric Acid 100%
• Gustation 100%
• Neuroreceptor 100%
• Taste Receptor 66%
• Receptor 66%
• Receptor Protein 33%
• Synapse 33%
• Receptor Gene 33%
• Central Nervous System 33%
• Afferent Neurons 33%
• Dendrite 33%
• Multigene Family 33%
• Analeptic 33%
• Glycine Receptor 33%
• Cell Receptor 33%