[NAB Seminar] Neural Circuits for Motivation and Reward

In order to survive and effectively navigate an ever-changing and unpredictable environment, organisms must readily adapt their behavior to seek out needed resources, while simultaneously avoiding life-threatening
situations.  These opposing processes are controlled by neural circuitry that is readily engaged by both environmental and physiological factors to promote behavioral output.

PBS Virtual Grad Sneak Peek Event

Considering graduate school in psychological and brain sciences and want to learn more?

Psychological & Brain Sciences, UC Santa Barbara would like to invite you to join us for a virtual sneak peek event!

  • Discover the wide array of research opportunities available in PBS at UCSB
  • Learn about available funding and financial support for graduate training
  • Meet award-winning faculty and have a virtual lunch with current graduate students

 

Friday November 4th

An Active DNA Liquid

Abstract: We seek to create self-assembled biomolecular liquid droplets that act as rough mimics of biological condensates, and to engineer mesoscopic structure and function into the droplets through molecular design. We particularly form liquids from DNA nanostars, multi-armed DNA particles that condense through base-pairing interactions. These liquids show material properties similar to biological condensates, while also displaying an extraordinary sensitivity to the number of arms of the constituent particles.