Stefania Nicoli
@NicoliLab
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Associate Professor, Yale University. Interests: Zebrafish, RNA, Vascular Development, Hematopoiesis, Stem Cells, Mechanotransduction, Quantitative Biology.
New Haven, CT USA
Joined December 2020
Congratulations to @joey_ghersi and Wenping on this achievement and many more papers to come as corresponding author! 🎉 #AcademicSuccess #ProudMoment
Excited to share that our paper is now out! 🎉 Grateful for the opportunity to work with Wenping Zhou, @BillSessa, @NicoliLab, and all the amazing co-authors. Thank you all for the collaboration! 🙌 Side note : this marks my debut as a senior author. https://t.co/gObcy5wu1s
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@NicoliLab is moving to Bluesky! 💙 Same handle, same picture, and a lighter conscience. Excited to follow all your amazing science on the other side! @YaleIMed @YaleGenetics @YaleCardiology @YaleCVRC
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Excited to see our LARP1 manuscript published at The EMBO Journal. We show that LARP1 directly binds non-translating ribosomes and TOP mRNAs. An excellent collaboration with the @jingdongcheng lab! https://t.co/VvDLODTn3n
embopress.org
imageimageThe LARP1 protein regulates translation and stability of mRNAs characterized by a terminal oligopyrimidine (TOP) motif, which encode most proteins of the translation machinery. This study...
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Bone remodeling is traditionally driven by osteoblasts and osteoclasts, but our study reveals a third essential player: "Type R capillaries". Excited to share my PhD work from @ralfhadams lab, now published in @NatureCellBio. https://t.co/KMTIlSBnjl 🧵1/8👇 🐭🔬🦴
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🎤 We're partnering with the Yale Center for Genomic Health to hire a new investigator in human genomics! We're seeking innovative candidates with a commitment to diversity, inclusion, and mentoring. Apply by Nov 15, 2024. Pls retweet!! 🙏 More details:
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Our last work is now in @biorxivpreprint. Great work of @gopalkushawah in collaboration with @BMRL_Danielson @huzaifahassan @mmarchin and @S_Nowotarski all done at @ScienceStowers @StowersGrad
https://t.co/w0kKXtoTOR
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Fantastic opportunity to apply👇🏼👇🏼👇🏼!!
The newly established Helmholtz Institute for Translational AngioCardioScience (HI-TAC) is looking for two Junior Research Group Leaders in the field of AngioCardioScience! Please feel free to reach out and help spread the word! Apply now: MDC Berlin - Online Application System
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Apply for the 2025 GRC/GRS on Vascular Cell Biology to explore New Perspectives on Vascular Cell Diversity and Function in health & disease, with YCVRC’s Dr. Stefania Nicoli @NicoliLab as the Vice Chair. Last date for abstract submission is Dec 15.
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Powerful proteomics techniques show how tiny pits in cell membranes, called caveolae, respond to mechanical stress at the back of moving cells. Membrane tension causes caveolae to adjust by breaking certain connections, helping the cell move. https://t.co/awvy0pkmbT
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Congratulations, Matthias Hentze! EMBL Director Matthias Hentze is the 2025 recipient of the Otto Warburg Medal, regarded as Germany’s highest award for biochemists and molecular biologists. https://t.co/C1jXD0K4uj
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Congrats!! So well deserved… three of my favorite people in the world coming together... I couldn’t be happier for you all! 🎉❤️
This is us 3 hours, and 15 minutes before the interview in Brussels 😃. We are so grateful and honored to receive this huge recognition! But the friendship, the team work, the support, the experiences we accumulated together, are the real prize! @MarionaGraupera @valentatormenta
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Before this important week in the USA, we needed a little fun @NicoliLab! For Halloween, we dressed up as the Inside Out emotions�� Joy was our 🎃🎃🎃!!
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Beyond thrilled to present our O-MAP—now *published* @naturemethods (!!!) O-MAP is a powerful new method for biochemically "dissecting" the subcellular microenvironment around an RNA of interest, using off-the-shelf parts and standard manipulations. 🧵 https://t.co/gBGsQ6dBs9
nature.com
Nature Methods - Oligonucleotide-mediated proximity-interactome MAPping (O-MAP) enables precise multiomic characterization of biomolecular interaction networks at target RNAs. Distinct O-MAP...
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It’s a great pleasure to share our latest paper on the impact of oxidative stress on newly emerging hematopoietic cells 🧫 Thanks to everyone who contributed, and made it possible. Out now in @jbiolchem 👉
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🌟 Recruiting PhD students and postdocs at CHU Sainte-Justine Research Center! 🌟 🗓️ Deadline: November 17th 🔬 Among exciting projects, one position (PhD student) is open in the Ghersi Lab —apply now to join our team! @CR_CHUSJ @UMontreal
📣Recrutement #phd #postdoc Venez poursuivre votre formation doctorale ou postdoctorale dans le plus grand centre hospitalier mère-enfant au Canada! https://t.co/iPHThkCU9f
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Today in our @YaleGenetics Graduate Student Seminar class, we discussed two Nobel Prize winning papers from Prof. @SvantePaabo, who joined us virtually to share his insights on ancient human genome research. Thank you Prof. Paabo for inspiring our students!
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The Yale Stem Cell Center has openings for two Faculty Positions this year! Apply by Nov 15 at https://t.co/E2Ehkchehc and come be my neighbor :)
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Don't miss this thoughtful Preview from @RawTaterTot13 @BassellLab of our work with @AlexaRSoares @MarinaP63 on NPR alternative #mRNA translation initiation, now out in @MolecularCell! @YaleNeuro @Yale_INP @YaleRNA @KavliAtYale @WuTsaiYale @NIGMS @nyscf
https://t.co/PZUuNM6mAD
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Excited to share our @Nature paper introducing constraint metrics for #mtDNA! Constraint models are powerful tools that were missing for mtDNA—until now. By applying our model to #gnomAD, we reveal which sites in mtDNA are most crucial for health & disease
nature.com
Nature - Development of a constraint model specifically for mitochondrial DNA and applied to data from the Genome Aggregation Database provides insights into which sites in the mitochondrial genome...
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📢📢📢 Hot new paper led by our very own @YaleMed A/Profs Nicole Lake @NicoleLake + Monkol Lek @theFourier2k on constraint in the mitochondrial genome. Superb work from a superb team!🤩🤩
nature.com
Nature - Development of a constraint model specifically for mitochondrial DNA and applied to data from the Genome Aggregation Database provides insights into which sites in the mitochondrial genome...
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