Top Tweets for #Spliceosome
Our work on the spliceosome and gene regulation is featured in La Vanguardia as part of the XIV Premio Vanguardia de la Ciencia! 🧬🧠
You can vote for our project—today is the last day:
👉 https://t.co/loRuIu5Ahl
Full article (ES):
📰 https://t.co/tQVZUiKQcd
#RNA #Spliceosome
Mycobacterial PstP impairs host #RNA alternative splicing by dephosphorylation of #spliceosome RBMX at S189 #iMetaOmics https://t.co/cNLnbPzmNp #inflammation #mycobacteria
Hot and splicy 🔥 Check out spliceosome complexes under quality control by GPATCH1-DHX35! #spliceosome #somelikeithot #hotandsplicy We establish C. Thermophilum as serious player when it comes to spliceosomes. https://t.co/qVbTi6p32Q
Our latest study, in collaboration with the Hurt lab, @Benjamin_Lau_hd , @Fei_Xavier_Chen and Reinhard Lührmann, reveals how DHX35 and GPATCH1 work together to reject aberrant splicing substrates, ensuring splicing fidelity. #CryoEM #Splicing #Spliceosome
https://t.co/dm3KkpLoJn
Exciting to host Dr. Anthony Vella from UConn School of Medicine! His groundbreaking work on T cell regulation & RNA-binding proteins is shaping the future of immunology. The spliceosome is an emerging frontier—stay tuned! #Immunology #TCells #RNA #Spliceosome #AAASFellow
Mycobacterial PstP impairs host #RNA alternative splicing by dephosphorylation of #spliceosome RBMX at S189 #iMetaOmics https://t.co/cNLnbPzmNp
#inflammation #mycobacteria @wileymicrobio @WileyBiomedical @WileyHealth
Brilliant discovery from @MathieuQuinodoz @IOB_ch Amazing global collaboration led by @c_rivolta @SusanneRoosing @radboudumc @GeneticNijmegen
#spliceosome #noncoding #RNU #retina
What a way to start 2025! Our spliceosome blueprint has been recognized by @Forbes as one of the “Top Five Breakthroughs of 2024.” Huge thanks to my colleagues and my mentor @JuanValcarcel5 , at @CRGenomica #Biotech #Spliceosome #RNA #Innovation #VentureCapital #Healthcare
Cinco avances de 2024 que definen las bases de la tecnología del futuro. https://t.co/gLDq2oPBJD
The human #spliceosome: Decade-long study reveals first blueprint of the most complex molecular machine inside every cell @CRGenomica @sciencemagazine https://t.co/VNJrwQZOFz
Featured today by @MSKLibrary: Molecular impact of mutations in RNA splicing factors in cancer
#cancer #introns #RBM10 #RNA #splicing #spliceosome #SF3B1 #SRSF2 #SUGP1 #U2AF1 #ZRSR2 @Qiann_Zhang
https://t.co/z4IUXtk2qv
After the major discovery of RNU4-2 variants as cause for a common neurodevelopmental disorder, we found a 2nd snRNA gene RNU2-2P to be mutated in such disorders !! #ernestturro @AndrewMumford7 #spliceosome
https://t.co/shMnEG5wG7
Latest curated papers👇🏽
📷#SingleCell multiregion dissection of #Alzheimer’s disease
📰Complex roles for #mitochondria complexes in microglia
🧩How does the #spliceosome dismantle itself?
🔗https://t.co/4HA9HAfqsD
🙏🏽Thx @Bims_BiomedNews
Other Review topics include:
📝Dynamics of the #spliceosome (@pauletteoctopus @hitenmadhani)
📝#Sortases in protein engineering
📝Divergent functions of #YTHDF proteins
📝Tyrosine in protein assembly (@JelenaRnjak)
📝AID activity (@FeilongM)
What a treat to have been able to contribute to this work from @plaschka_lab led by @MVorlandr, Patricia Rothe and Justus Kleifeld!
Check out the first view of the #celegans #worm #spliceosome!
Our @plaschka_lab with @LCochella visualised how the spliceosome - the molecular editor for #splicing - breaks down at the end of its task.
Their discovery of a 'multi-factor authentication' that drives disassembly is featured in @Nature.
https://t.co/KkLLKYzjns
The spliceosome is made of both proteins and RNA. Are you ready to dive in to learn more?
Learn more at https://t.co/rZjuFXgP1n
#biology #science #3D #animation #EdTEch #spliceosome
Online now - the Review "Understanding the dynamic design of the #spliceosome" from @pauletteoctopus and @hitenmadhani.
#premRNA #splicing #snRNA #ATPases #proofreading
https://t.co/vZW7BY6HVt
Wow! #Splicing #RNA
Structural basis of #U12-type #intron engagement by the fully assembled human minor #spliceosome | Science https://t.co/YZAJutIsJ4
🧪⚡🪰#CellularStress? Exciting breakthrough in #GeneticResearch🧬from @CECAD_ ! The @MirkaUhlirova Lab reveals the mechanism how #spliceosome defects cause cellular senescence. 👏Dive deep into this research published in @NAR_Open ! https://t.co/hciTt1w4QC
Happy to share our new work on the U11 snRNP, the key building block of the human minor spliceosome complex.
https://t.co/eW4e3ja7NX
#cryoem #spliceosome #RNP #splicing #mRNA @ERC_Research @embl
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