Molecular and Physiological Characterization of a Receptor for d -Amino Acid-Containing Neuropeptides

Keyphrases

• Amino Acid Residues 16%
• Aplysia 16%
• Aplysia Californica 50%
• Biological Activity 16%
• Central Nervous System 33%
• Circuit Activity 16%
• Cognate Receptors 16%
• D-amino Acids 100%
• DAACPs 83%
• Endogenous Proteases 16%
• Enhanced Stability 16%
• Expression Pattern 16%
• Feeding Behavior 16%
• Ganglion 16%
• Hybridization Experiments 16%
• In Situ Hybridization 16%
• Isomerization 33%
• Molecular Characterization 100%
• Nervous System 16%
• Neural Network 16%
• Neuropeptide Analog 33%
• Neuropeptide Precursor 50%
• Neuropeptide Receptor 100%
• Neuropeptide Signaling 16%
• Neuropeptides 100%
• Non-native 16%
• Physiological Characterization 100%
• Physiological Function 33%
• Physiological Role 16%
• Post-translational Modification 16%
• Prohormone 33%
• Putative Receptors 100%
• Quantitative PCR 16%
• Receptor Expression 16%
• Receptor Specificity 16%
• Specific Receptor 16%
• Stereoisomers 33%
• Well-defined 16%

Biochemistry, Genetics and Molecular Biology

• Amino Acids 100%
• Aplysia 10%
• Aplysia Californica 30%
• Biological Activity 10%
• Eicosanoid Receptor 100%
• in Situ Hybridization 10%
• Isomerization 20%
• Lifespan 10%
• Neuropeptide 100%
• Neuropeptide Receptor 60%
• Posttranslational Modification 10%
• Precursor 30%
• Protease 10%
• Real-Time Polymerase Chain Reaction 10%
• Stereoisomerism 20%

Neuroscience

• Amino Acid 10%
• Central Nervous System 20%
• Dextro Amino Acid 100%
• Eicosanoid Receptor 100%
• Feeding Behavior 10%
• Ganglion 10%
• In Situ Hybridization 10%
• Nervous System 10%
• Neural Network 10%
• Neuropeptide 100%
• Neuropeptide Receptor 60%
• Posttranslational Modification 10%
• Prehormone 20%
• Proteinase 10%
• Real-Time Polymerase Chain Reaction 10%
• Receptor Expression 10%