Linking Brain Circuits to Behavior: Novel Methods and Biological Insights Derived from Optogenetic Approaches

Optogenetics has revolutionized neurobiology by providing methods to monitor and manipulate the activity of genetically and functionally identified brain cells with light. Optogenetic approaches allow functional interrogation of defined neural circuit elements and characterization of their roles in cognition and behavior. Although optogenetics is nearly universally used, the proper design and interpretation of optogenetics-based experiments is still challenging. We bring together experts who are providing new innovations in optogenetic approaches, such as new sensors, effectors, and microscopes, with scientists using these approaches to discover the neural underpinnings of behavior. Our hope is that such a mixture will provide trainees with a view of what is possible and what will soon be possible. We are thrilled to have Kay Tye (Salk Insititute), Kafui Dzirasa (Duke University) and Lin Tian (UC Davis) as our keynote speakers. As we wish to create a vibrant forum for discussion, we encourage all applicants to submit poster abstracts; there are no remaining talk openings.