Thrilled to share our review with @UPenn_SongMing and @Nickzf5, delving into the latest advances in brain epitranscriptomics research and its potential translational opportunities!
https://t.co/lZQc8RfDeE
Super excited to share our recent work now out in @Nature! We introduce trans-synaptic tracing tools from circuit neuroscience to study the whole-brain connectome of glioblastoma. https://t.co/tSbJMzQrIn
📢 JOB ALERT: Tvardovskiy Lab at @PennEpiInst is hiring at all levels! Interested in chromatin biology, quantitative proteomics, or epigenetic modifications? Learn more about our research and apply at https://t.co/cz0RcZ6PRM Please RT
So excited to share this study looking at the dynamic interplay between GBM and CAR T cells during treatment using organoids and single cell multi-omics! Hopefully this moves us toward a better understanding of #immunotherapy in #GBM. Huge thanks to @UPenn_SongMing@DrORourke2!
Excited to see our paper "Decoding Chromatin States by Proteomic Profiling of Nucleosome Readers" out in @Nature!
https://t.co/vqva7OikoA
Explore our data on how epigenetic modifications modulate protein binding to chromatin with MARCS https://t.co/b5FIzQYHNm
Details below 👇
Thrilled to share our new preprint! We leverage GBM organoids and monosynaptic rabies tracing to reveal the brain-wide connectome of this cancer, including a cholinergic neuron-tumor synapse that may fuel GBM invasion. @UPenn_SongMing#CancerNeuroscience
https://t.co/DTr2r6AwgX
‼️We are recruiting‼️Are you interested in TEs and non-coding RNAs and want to know how they shape genome functions in early development? Apply! 🤓 Dry and wet lab projects available
Exciting breakthrough: A new microfluid-based human pluripotent stem cell model now allows researchers to accurately model both the rostral-caudal and the dorsal-ventral features of early human central nervous system development. https://t.co/zhCblLgRf7
Exciting times to work on #cellsize! We were honored to write a preview for 4 great papers in this issue of @MolecularCell
unraveling the mechanistic links between senescence and cell size https://t.co/yThxSLXRVR @ArohiKhurana26@YagyaChadha
Faculty application season is upon us! Offer for 1-1 mentoring stands. (Also applies to anybody from undergrads to faculty.) Email me to find a time. Especially happy to speak with people from diverse backgrounds.
Come talk to my brilliant colleague Yachen Shen from @UPenn_SongMing about the effects of dysregulation of m6A signaling on hypothalamic neurogenesis. Poster A23, Wed, 1-2 pm #SfN2023
Excited to share our new review on how #m6A RNA modification, RNA structure and RNP assembly are interlinked! We focus on mechanisms and available quantitative information.
@SimoneHoefler @EMBLHeidelberg@embl@LSAjournal
https://t.co/Sol8hXhlvk
Breaking barriers in #neuroscience! A brand-new publication in @NatureNeuro sheds light on persistent gender disparities in European academia. The authors, #neuroscientists at @MpiBrain, advocate for change. Article:👉https://t.co/7SLa9CBwBL
News: 👉https://t.co/lE3JoSAUci
#WomenInSTEM #WomeninNeuroscience #GenderEquality #AcademicEmpowerment
@erin_schuman @TheSomnolentSci @TeresaS_13 @network_alba@NatureNeuro@IBROorg@FENSorg