Ballarino's Lab
@LabBallarino
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Joined January 2020
🚀 Our research line on dark genome and non-coding RNAs in medulloblastoma keeps growing! See our latest paper on lncMB3: 🧠🔬 https://t.co/2Ncpsu2UlT 💥 RNAlab@IBPM strikes again! @LabBallarino #molecularbiology #ncRNAs #darkgenome #CancerResearch
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Una ricerca condotta da @SapienzaRoma, in collaborazione con #Cnr_Ibpm, identifica un gene finora sconosciuto nell’essere umano, che gioca un ruolo cruciale nello sviluppo delle cellule del cuore. Nuove prospettive per diagnosi e terapia di #cardiomiopatie
https://t.co/O7SRlYhtx2
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Thrilled to share that our paper on the #lncRNA CHARME and human #cardiomyopathies has just been published in @NatureComms! Hope you enjoy the read! https://t.co/dhxA8KuuCS
@MonicaBallarino
nature.com
Nature Communications - Cardiomyopathies are linked to dysregulated gene expression. Here, the authors identify the human long noncoding RNA HSCHARME as a disease-associated regulator of...
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The story of #lncRNA CHARME and #cardiomyopathies continues to unfold. See our new publication in @NatureComms 👉🏻 https://t.co/Y8nctKwTNk Thanks to Giulia Buonaiuto and all the authors from @LabBallarino @SapienzaRoma @CNRsocial_
@RNAlab_IBPM
@NaturePortfolio
@RicercaSapienza
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Pleased to share that our newest results on Charme lncRNA in human cardiomyocytes are online on bioRxiv. Check it out! @MonicaBallarino
https://t.co/hDjsXi9PqG
biorxiv.org
A growing body of evidence suggests that tissue-specific long noncoding RNAs (lncRNA) play pivotal roles in the heart. Here, we exploited the synteny between the mouse and human genomes to identify...
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Here we are with our new discoveries on Charme lncRNA in human cardiomyocites. Stay tuned 🫀@LabBallarino
Long noncoding RNA HSCHARME promotes the maturation of stem cells-derived cardiomyocytes by controlling gene regulatory networks ... https://t.co/sybCxlvfCw
#biorxiv_molbio
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Long noncoding RNA HSCHARME promotes the maturation of stem cells-derived cardiomyocytes by controlling gene regulatory networks ... https://t.co/sybCxlvfCw
#biorxiv_molbio
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Feeling proud for you, Giulia! Look ahead without being afraid of your next steps. Poster prize @SIBBM_ annual meeting 2024. Great programme and organization @RNASociety @TrentoRNASalon 👏🏻
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Happy to share that our new method paper is online on Bio-protocol. Check it out! @MonicaBallarino
Preparation of Cardiac Extracts from Embryonal Hearts to Capture RNA–protein Interactions by CLIP : https://t.co/E0QHiqljGv (1/5)
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Apply now! 👇 FISHing for RNAs: classical to single molecule approaches https://t.co/evE6bEId3I via @embl
embl.org
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📢 We welcome the next speaker of the EMBL-Sapienza seminar series: Ray Dolan, Professor at the University College London “Inference, neural replay and cognitive maps” 🗓️ 26 May 2023 📍 Sapienza University, Rome
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📢 We are pleased to announce the next speaker as part of the EMBL-Sapienza seminar series: Richard Gregory, Professor at Harvard Medical School “Role of the epitranscriptome in gene regulation and cancer” 🗓️ 12 May 2023 📍 Sapienza University, Rome
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So grateful to see our work be shared! ‘Charme’: a molécula que controla o desenvolvimento do coração
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Excited to share our latest work on the function of Charme lncRNA now posted on @eLife. If you're interested about lncRNA/protein interplay in the nucleus or heart development, check it out! @MonicaBallarino
elifesciences.org
The lncRNA pCharme controls the expression of cardiomyocyte maturation genes and heart development by orchestrating the formation of MATR3-enriched nuclear condensates.
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Gran bel lavoro tutto italiano del team coordinato dalla prof. @MonicaBallarino del dipartimento di biologia e biotecnologie dell'Università "La Sapienza", pubblicato sulla rivista @eLife, dove è stato indagato il ruolo chiave dell'RNA “Charme” nello sviluppo del cuore. 1/10🧵
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Our new METHOD paper is online on Frontiers in Molecular Biosciences ! https://t.co/7bX9spIAE8 "Here we provide a straightforward protocol, with comments and tips, which optimizes the classical endogenous RNA PD approach" Check it out! #lncRNA #miRNA #motorneurondifferentiation
frontiersin.org
Detecting RNA/RNA interactions in the context of a given cellular system is crucial to gain insights into the molecular mechanisms that stand beneath each sp...
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Had so many stimulating conversations at #eesrna poster session. Thanks to everyone that stopped by our poster! @MonicaBallarino
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Delighted to share the results of a great collaboration! #lncRNA #miRNA #motorneurondifferentiation
@MonicaBallarino
MN2 locus drives motor neuron differentiation via both long and short #noncoding RNAs: a sponge #lncRNA derepresses differentiation factors, 2 #miRNAs repress proliferation factors Irene Bozzoni, Pietro Laneve @SapienzaRoma @IITalk
https://t.co/XpmCX6lo26
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Excited to share our latest work on the function of Charme lncRNA posted as a preprint on @biorxivpreprint. If you're interested in #lncRNA #cardiomyocytes maturation and #heartDevelopment, check this out!
The long noncoding RNA Charme supervises cardiomyocytes maturation by controlling cell differentiation programs in the developing heart https://t.co/C4ypnYtAHf
#bioRxiv
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Preprint from the lab❤️🔥. Starting from single-cell RNAseq from embryonal hearts, we study the role of Charme #lncRNA in cardiomyocytes maturation and development. I warmly thank my lab @LabBallarino and our collaborators for contributing to this research. https://t.co/N4Q2z8yV8r
biorxiv.org
Long noncoding RNAs (lncRNAs) are emerging as critical regulators of heart physiology and disease, although the studies unveiling their modes-of-action are still scarce and limited to few examples....
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