Excited to see this paper finally out @PNASNews! 🥳 We show that a chemosensory cue (CO2) of the same valence state (attraction) evokes distinct neural activities and motor outputs across two different life stages in C. elegans. 1/n https://t.co/x7BbVm7o90
Our paper with @EricJDeeds is now up on PLoS Comp Bio. Some new goodies since the preprint including an implementation of a generalized form of the branch distance!
https://t.co/QAj9iL6CaT
Thanks to all of the participants for making #molhelm23 such a great experience for all! @planapalooza had a pleasure hosting you all in Madison and @Morgridge_Inst!
Excited to see this paper finally out @PNASNews! 🥳 We show that a chemosensory cue (CO2) of the same valence state (attraction) evokes distinct neural activities and motor outputs across two different life stages in C. elegans. 1/n https://t.co/x7BbVm7o90
To start off Day 1 of Assistant Professor-ing, could I have everyone still here tell everyone they know that I'm hiring! The position mixes lab admin and research and would be perfect for a recent college grad. Here's a link to the job ad: https://t.co/xpgSvpQoxI
Thrilled to share the news that in Jan 2023 I’m joining the Department of Physiology and Biophysics at @UW as a tenure-track assistant professor. @UW_PBIO #GoHuskies https://t.co/NALzE5mOQf
Apply to join us this summer for a comprehensive course on C. elegans research methods, a perfect opportunity for anyone new to the worm to kickstart your work!
Later part of my grad work is out!🎉 A neuropeptide system regulates basal movement and local search behavior by conditionally engaging distinct GPCR combinations across circuits.
Thanks to @FrancisLab4 and all my coauthors for taking this to the end.
We are excited to share our latest manuscript now out on @eLife!! Amazing work from current and past postdocs @sramac2, @NavonilBanerjee, and Raja Bhattacharya asking how neuromodulators function to regulate neural circuits?
https://t.co/3hJYQFx4H3
When an animal goes through two different life histories (starvation early in life vs hunger later in life), different neural pathways are used to produce the same behavior
[@NavonilBanerjee, Paul Sternberg, Elissa Hallem]
https://t.co/IGWbLUiWco
Excited to share this work where we show that C. elegans dauers and adults use different mechanisms to establish the same chemosensory behavior.
Thanks to my PI Elissa Hallem, all my co-authors and our collaborators @wormraiser and @peinguin2
https://t.co/1dBn5THX5n