Zachary Knight
@zknight.bsky.social
970 followers 100 following 6 posts
The Neurobiology of Homeostasis
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zknight.bsky.social
If you are a student and postdoc interested in body-brain communication - check out Chris's lab!
czimmerman.bsky.social
I’m very excited to share that I will join the University of Utah Department of Neurobiology as an Assistant Professor in Jan 2026!! 🎉🏔️🏜️

My lab will focus on body–brain interactions in learning & memory — how do signals from our internal organs remodel the brain & behavior?
University of Utah Health Campus in winter. Image courtesy of the University of Utah.
Reposted by Zachary Knight
adriaenssenslab.bsky.social
Unbelievably proud of @nataliefigueredob.bsky.social for winning the prestigious Bogue Fellowship 🌟 She'll be heading across the pond to train with the @zknight.bsky.social lab for 3 months. Exciting things to come for this bright young scientist 🧠. @uclnpp.bsky.social @ccmnlondon.bsky.social
zknight.bsky.social
Beautiful images - great to see so many using this approach.
plosbiology.org
We've had advances in green genetically encoded Ca2+ indicators (GECIs), but what about red-shifted GECIs? @piatkevich.bsky.social &co present SomaFRCaMPi, a new soma-localized red #GECI that exhibits improved accuracy & sensitivity for in vivo neuronal imaging @plosbiology.org 🧪 plos.io/3YnCqRW
Top left: Representative single plane confocal images showing fore-, mid-, and hindbrain regions of live zebrafish larva expressing jRGECO1a, FRCaMPi, and SomaFRCaMPi in neurons driven by the HuC promoter (n = 10 fish at 6 dpf for each). Bottom left: Schematics of looming stimulation set up in which black expanding circular shadows projected in front of the larval zebrafish embedded in agarose gel. Right: Representative single trial fluorescence traces of soma and neuropil region of red GECI-expressing neurons during looming stimulation shown as ticks.
zknight.bsky.social
The POMD meeting scheduled for today was cancelled yesterday.
zknight.bsky.social
Chris is an incredible talent who transformed our understanding of thirst when he was a student in my lab. Wonderful to see the progression of his science and thrilled that he's on the job market!
zknight.bsky.social
Impressive new study from Chris Zimmerman shows that visceral malaise reactivates the representation of recently consumed flavors, providing a mechanism for post-ingestive learning.
www.biorxiv.org/content/10.1...