Incredibly excited to share my first paper and equally thankful for the people I’ve worked with and the opportunities I’ve been afforded to have made it this far!
🌟Join the Xiao Lab @UMich🌟Recruiting PhD students and postdocs in spatial biology 💡🧲 We're seeking both experimental and/or computational individuals with a passion for the interdisciplinary research of omics, bioengineering, and pathology. More info: https://t.co/Rlq6Uu78ZT
Thrilled to finally share this work from my PhD! Very appreciative of the amazing team that helped from start to finish, and the dual mentorship from @AnnaMolofskyLab and @Molofsky_lab! Stay tuned for a thread.
https://t.co/7CZISBLdPE
Excited to share the latest story from our group in @CellCellPress and so proud of the great science and incredible dedication of first authors @sculptorofdance and @CarolineScsGlia and all co authors (more details to follow)
https://t.co/PihCy1L4Ia
New preprint from the lab by @_fxia in collaboration with @VFascianelli and @StefanoFusi2! Population dynamics in the amygdala can distinguish stress resilience and susceptibility, and modulation of vCA1-BLA inputs can rescue behavioral and neural signatures of susceptibility.
Check out our latest neurogenesis paper by @DrSebnemT, @attila_losonczy, and @AndresGrosmark.
Adult-born granule cells facilitate remapping of spatial and non-spatial representations in the dentate gyrus: Neuron https://t.co/rRwEtEMAM3
(1/2) After several years of hard work, I'm thrilled to announce that our project, which began from the ground up, has been published in @CellReports. This study delves into the potential role of #mastcells in #neurodegeneration, and our findings reveal that
Excited to announce our new preprint on infraslow oscillatory activity in the dentate gyrus during NREM sleep! Collaborative effort by Turi and Peng (@YueqingPeng ) labs. #Neuroscience#SleepResearch. https://t.co/CVjnMG5TKV
Celebrating the publishing of my primary postdoc project, a study that neatly links cellular and molecular mechanisms involved in tauoapthy associated cognitive and synaptic dysfunction downstream of the cGAS-Sting pathway. This study highlights the complexity of cellular
The Hen lab is looking for postdocs! Join @Rene_Hen’s team of wonderful scientists studying the circuitry underlying pattern separation. Please #ScienceTwitter help me spread the word.
So excited to see our paper out! An incredible collaboration with @omerevah, Felicity Gore, @Sergiu_P_Pasca and many co-authors.
How can we better model later stages of human neurodevelopment?
We found striking maturation of human cortical organoids when transplanted into rats.