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
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
Long noncoding RNA HSCHARME promotes the maturation of stem cells-derived cardiomyocytes by controlling gene regulatory networks ... https://t.co/sybCxlvfCw #biorxiv_molbio
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 👏🏻
📢 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
📢 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
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
https://t.co/K93KdaFxfr
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🧵
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
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
The long noncoding RNA Charme supervises cardiomyocytes maturation by controlling cell differentiation programs in the developing heart https://t.co/C4ypnYtAHf #bioRxiv