Novel mouse paradigms for studying adaptive motor control
We believe behavior is an essential component to understanding neural function.
We have developed a set of skilled motor tasks where mice can learn from a dynamically changing sensory landscape. By combining concepts from optimal motor control with the power of the mouse's genetics and accessibility, our lab aims to uncover fundamental principles that guide motor adaptation, learning, and control.
We are using and building on the latest techniques in 2-photon and deep brain imaging (including utilizing multi-area imaging with a 2-photon mesoscope), to uncover the neural correlates of adaptive behavior. We use optogenetics and chemogenetics to test what roles diverse areas have during behavior. Furthermore, we develop computational models to generate testable hypotheses and analyze our data. Lastly, we aim to develop new robotics for the mouse community. Taken together, we aim to better understand how multiple areas interact to facilitate adaptive motor control.