Events

Zoom option if unable to attend in person: Zoom link here (click on “Join a meeting”) Meeting ID: 91512 289258 Passcode: 289258 Memories for events (i.e., episodic memories) formed in early development differ from those in adulthood in at least two regards. First, these memories tend to be rapidly forgotten (i.e., infantile amnesia). Second, they tend to […]

Zoom option if unable to attend in person: Zoom link here (click on “Join a meeting”) Meeting ID: 91512 289258 Passcode: 289258 The amygdalostrital transition zone (ASt) is situated at a crossroads between the amygdala and striatum, but its role in motivated behaviors is poorly understood. We have explored the functional role and genetic identity of this […]

Dr. Wellington will be introducing a new CFI funded Core Facility that will focus on fluid biomarkers relevant to clinical neurology and fundamental neuroscience.

I will describe unpublished work describing the development of a new deep-learning approach for comprehensive annotation of mouse behavior directly from raw video feeds. I will further describe the use of this approach for analysis of neural activity within basal ganglia circuits for control over action selection, primarily in the context of spontaneous and compulsive […]

Decision making strategies in the face of conflicting or uncertain sensory input have been successfully described in many different species.  Here we analyze large behavioral datasets of larval zebrafish engaged in a ‘coherent dot’ optomotor assay. We find that animal performance is bimodal and can be separated into two ‘states’, an engaged state where performance […]

Our research program aims to shed light on the biological mechanisms underlying stress vulnerability vs resilience, with help of state-of-the-art photonic technology, in order to develop innovative treatments and identify biomarkers of mood disorders. Our multidisciplinary approach combines behavioral experiments to functional, cellular, molecular, and imaging studies and validation of our rodent findings in human […]