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📣 Excited to announce 0.4.13 release of napari! 🎉 Thanks to 28 authors, 30 reviewers, and more who tested our release candidates 👏 Highlights include improvements to our 3D rendering and interactivity and support for our new plugin interface npe2 🚀

Finally, our HiCAR paper is online in Molecular Cell! Thanks to all the team members for their hard work, as well as the support from 4DNucleome and colleagues at Duke Regeneration Center DukeCAGT Duke GCB Duke Department of Cell Biology to make it possible!

New technician position available in the Eroglu lab! hhmi.wd1.myworkdayjobs.com/en-US/External…

Please RT: The Eroglu lab is hiring. We are looking for two motivated individuals for two postbac RT1 positions. The first position is advertised below and the second ad will be out soon. Please apply: hhmi.wd1.myworkdayjobs.com/en-US/External…

I convinced some really smart people to let me keep doing experiments.

Super proud of my undergrad Medy Mu who presented a great poster on her work in the summer neuroscience program from Duke Undergraduate Neuroscience. Congrats to all the summer students who presented, it was one of the most interesting poster sessions I've been to.

I'm not saying chiropractors should be illegal, I'm just saying they should have to have cigarette style warning labels in big print on their waiting room walls saying "The guy who invented this says he learned it from a ghost."

The Astrocyte-Team (A-Team) invites you to try Synbot, an open-source image analysis software, developed by Eroglu's lab, Cagla Eroglu, to automatically quantify synapses from fluorescence microscopy images. Salk Institute Duke Health Duke University School of Medicine a-team.salk.edu/news/

nature.com/articles/s4146… Our paper is out on Nature Communications. We describe how operant training induces excitatory synapse formation onto ACC-DMS neurons through a2d-1, the neuronal receptor for the astrocyte-secreted TSPs, to modulate effort exertion during a demanding task.

How do astrocytes identify their neuronal partners during cortical development? In my doctoral work in Cagla Eroglu lab, I show that δ-catenin controls astrocyte morphogenesis via layer-specific astrocyte-neuron cadherin interactions: rupress.org/jcb/article/22… (🧵⬇️)

It is finally here! In this work we found that astrocytes control SST+ synapse formation and function by secreting NCAN C-terminal into the extracelular matrix in the developing cerebral cortex. Neuron: cell.com/neuron/fulltex…

SynBot Paper is out!!! Congrats to Justin Savage and co! cell.com/cell-reports-m….