Receptors: Molecular Biology, Receptor Subclasses, Localization, and Ligand Design, Volume 12: Volume 12: Receptors - Molecular Biology, Receptor ... Design (Methods in Neurosciences) (Vol 12)
Description
Receptors initiate the means by which cellular regulators exert their actions on targets. Because of the central role of cell-cell communication and signal transduction, receptors are of intrinsic interest to neuroscientists. Receptor studies utilize both traditional methods of analysis and modern molecular techniques.
Key Features
* Methods presented for easy adaptation to new systems
* Comprehensive protocols included for molecular techniques (PCR, cloning, transfection, coupling); techniques for the determination of receptor subclasses; techniques for localization (in situ hybridization, immunocytochemistry); ligand design (radioactive techniques, biotinylated techniques); receptor-associated kinase
* Methodology described for the following receptors: acetylcholine, angiotensin II, bombesin/GRP, dopamine, GABA, G protein-coupled receptors, neurotensin, NGF, NPY, serotonin, somatostatin, tachykinin
Key Features
* Methods presented for easy adaptation to new systems
* Comprehensive protocols included for molecular techniques (PCR, cloning, transfection, coupling); techniques for the determination of receptor subclasses; techniques for localization (in situ hybridization, immunocytochemistry); ligand design (radioactive techniques, biotinylated techniques); receptor-associated kinase
* Methodology described for the following receptors: acetylcholine, angiotensin II, bombesin/GRP, dopamine, GABA, G protein-coupled receptors, neurotensin, NGF, NPY, serotonin, somatostatin, tachykinin
