Eliana Destefanis
@Destefanis_E
Followers
46
Following
40
Media
0
Statuses
11
PhD student in Computational Biology in @LabQuattrone at @CIBIO_UniTrento | Post-transcriptional regulation | m6A modification | RBPs | Translation regulation
Trento, Trentino-Alto Adige
Joined January 2020
📣 Exciting news! Our new paper on the study of the genes encoding m6A machinery proteins and their dysregulation in cancer is now out in NAR Cancer! 🧬 🚀 Read more:
academic.oup.com
Abstract. N6-Methyladenosine (m6A) is the most abundant internal modification in mRNAs. Despite accumulating evidence for the profound impact of m6A on can
3
6
21
❗️Excited to share my PhD work in Genome Biology: PRODE recovers essential and context-essential genes through neighborhood-informed scores. What is PRODE, and how does it help?👇
1
6
12
Super excited to share the work by @EmmaCampagnolo, @rshnldha, me, and the team at @NCIEytanRuppin! Path2Space 🚀 — AI for spatial biomarker discovery 🧬. Check out the full thread below for more! ✨
🚀 Proud to launch ⭐Path2Space⭐ — the first AI to discover spatial biomarkers for cancer treatment! It predicts spatial gene expression from histopathology, enabling large-scale tumor microenvironment profiling. https://t.co/kYFfWEYqyi 🧵1/11
0
2
10
New from the lab! Three YTHDF paralogs and VIRMA are strong cross-histotype #tumor driver candidates among #m6A core genes https://t.co/9MS27VmwJ9
@Destefanis_E @cibiorrn
academic.oup.com
Abstract. N6-Methyladenosine (m6A) is the most abundant internal modification in mRNAs. Despite accumulating evidence for the profound impact of m6A on can
0
9
14
New publication in @NAR_Cancer_EIC by @quetantro and @ErikDassi Lab @cibiorrn. They discovered four key genes #m6A mRNA methylation involved in mRNA methylation that are frequently mutated in tumors. ℹ️ https://t.co/cLRE512GAc…
academic.oup.com
Abstract. N6-Methyladenosine (m6A) is the most abundant internal modification in mRNAs. Despite accumulating evidence for the profound impact of m6A on can
0
3
15
Thanks to everyone for coming to our social tonight! We hope you met many new scientists and we will announce the raffle winners at our career panel on Friday! #RNA23 #RNA2023 @RNASociety
2
15
67
📢 A new work by the @LabQuattrone is now out in @NAR_Open 🔬 Translational enhancement by base editing of the #Kozak sequence rescues #haploinsufficiency ➡️ https://t.co/x96mzhkvgV
@C_Ambrosini
#CIBIOpaper #RNA
0
5
16
🚨 New from the lab, now out in @NAR_Open ! 🔬 QUADRatlas: the #RNA G-quadruplex and #RG4-binding proteins database ( https://t.co/phqLKpwOrp) 🔗 https://t.co/UmnEAXRGkm
#RBP #bioinfo #compbio
academic.oup.com
Abstract. RNA G-quadruplexes (RG4s) are non-canonical, disease-associated post-transcriptional regulators of gene expression whose functions are driven by
📣I'm excited to present QUADRatlas, our latest work! A great collaboration with @s_millevoi now out in @NAR_Open 🔬QUADRatlas: the #RNA G-quadruplex and #RG4-binding proteins database ( https://t.co/PDp7Q75XwQ) 🔗 https://t.co/bUxEffcJDO
@cibiorrn #RBP #bioinfo #compbio
1
5
9
🚨 New from the lab - @ErikDassi as editor and Chapter 1 by @Destefanis_E !
📣 I'm proud to present the 3rd edition of #PostTranscriptional #GeneRegulation, in the @SpringerNature MIMB series 🔬 It presents state of the art techniques for studying the post-transcriptional regulation of gene expression 🔗 https://t.co/5ZT1jmufHR
#RNA 1/2
0
1
8
📢 We are hiring! A #MSCA #ITN #PhD position is open in the lab, to do #compbio #bioinfo work on the role of #epitranscriptomics #m6A in #cancer in the ROPES project. Send your applications in! 🗓 Deadline: March, 31st ➡ https://t.co/UlBlJByEKv
#jobs #ScienceJobs #RBP #RNA
0
9
9
📣 We are excited to start 2021 with our new review on the role of #epitranscriptomics in human #disease, now out @RNAJournal! A great work by @Destefanis_E with the collaboration of @Xisca_Aguilo and others of the @epitran #COST action 🔗 Find it here:
This review discusses the impact of mRNA modifications and #RNA editing on human diseases, describing their mechanism of action and highlighting controversies and emerging evidence of their interplay #epitranscriptomics #RBP
https://t.co/BsiBTnHuCO
0
3
7