Thrilled to share our work out in @Nature! Linking flexibility modeling, single-cell imaging, and targeted optogenetics allowed us to characterize how some prefrontal neurons, and mPFC-VTA neurons in particular, drive contingency degradation behavior. https://t.co/Dkk32XwGtX
This paper was truly a team effort. Thank you doesnβt begin to cover the contributions of coauthors @gstuber, @SteinmetzNeuro, @daniela_witten, @mbruchas, @martaigatrz, Adam, Ethan, Zoe, and Elena, but my sincere and genuine thanks nonetheless.
Excited to share our work in the @mbruchas lab on how endogenous opioids promote goal-directed behavior, funded by @NIDAnews. I am currently on the job market and this work will form the basis of my research program.
https://t.co/xTWqq1feth
@tychoi5667@gstuber@Labrigger@outRaajeous We haven't tried. I suspect miniscopes will need some modifications to the focus mechanism before they are compatible- we talk about this a bit in the discussion section of the paper. It seems possible for sure!
@tychoi5667 We haven't tried. I suspect miniscopes will need some modifications to the focus mechanism before they are compatible- we talk about this a bit in the discussion section of the paper. It seems possible for sure!
Excited to share our methods work out in #Neurophotonics today! We coupled a new microprism design with a long working distance objective to track thousands of cells across days in the striatum.
https://t.co/A5JFkVTeel
Also thanks to coauthors @LucyTian828 and Adam Gordon-Fennell, @optosigma for prism design assistance, and @pacificoptica who made the Cousa long working distance objective we used