G Protein-Coupled Receptors, Part B

<p>1. Optical approaches for visualization of arrestin binding to muscarinic receptor<br>Seung Ryoung Jung<br>2. Luciferase Reporter Assay for Unlocking Ligand-mediated Signaling of GPCRs<br>Hamiyet Unal<br>3. Assays to measure GPCR dependent cellular migration<br>Carole A. Parent<br>4. Characterization of the Frizzled GPCRs<br>Vladimir L. Katanaev<br>5. Binding assays for bradykinin and angiotensin receptors<br>Renan Martin<br>6. Detection of misfolded rhodopsin aggregates in cells<br>Paul Park<br>7. Measuring GPCR ubiquitination and trafficking<br>Samarjit Bhattacharyya<br>8. Culture of primary neurons and its use in studying GPCR trafficking<br>Prem N. Yadav<br>9. ELISA based assay for measuring agonist-induced GPCR endocytosis<br>Arun K. Shukla<br>10. Western blot assay for measuring agonist-induced ERK1/2 phosphorylation<br>Arun K. Shukla<br>11. Understanding GPCR dimerization<br>Agata Faron-Górecka<br>12. Investigating the Frizzled family of receptors<br>Vladimir L. Katanaev<br>13. Measuring GPCR signaling through xCELLigence system based assay<br>Laura Heitman<br>14. Novel mechanisms of GPCR signaling and bias<br>Gabriel Carmona Rosas<br>15. co-IP assays to measure GPCR-arrestin interactions<br>Anastasios Lymperopoulos<br>16. Investigating arrestin dependent GPCR signaling<br>Sadashiva Karnik<br>17. Measuring CRH1 receptor signaling<br>Susana Silberstein<br>18. Site-specific side chain labeling for NMR studies of G protein-coupled receptors<br>Brian F. Volkman<br>19. Modeling chemokine receptors and their orthosteric site interactions<br>Brian F. Volkman<br>20. Receptor-channel cross-talk<br>Uri Kahanovitch<br>21. Wnt receptor signaling<br>Nibaldo C. Inestrosa</p>