Top Tweets for #Introns
RESEARCH PAPER: ELAV mediates circular RNA biogenesis in neurons
By Alfonso-Gonzalez et al.
➡️ https://t.co/uEvdLQYpH5
#circRNA #neuroscience #RNAbindingprotein #Drosophila #embryos #neurons #mRNA #introns #splicing
Now an interlude... in the form of #introns and the stories they tell in understudied organisms: #euglenozoa
#CGUE
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
Biotechnology The Splicing Of Life Mature RNA Mug: https://t.co/uYW0uqwIpH #biotechnology #thesplicingoflife #life #lifesaying #matureRNA #introns #exons #geek #biotechnologist #molecularbiology #molecularbiologist #humor #scientist #biologist #biologyteacher
Genomic features I...
Dislike: #introns
Respect: #enhancers
Think are overrated: #longnoncodingRNAs
Think are underrated: #telomeres
Like: #transposableelements
Love: #cisnaturalantisenseRNAs
Dream of working with: #supergenes
Bioinfocodes YouTube channel has shared a Shorts content about RNA Splicing!
Link: https://t.co/U6NU98NKeU
#rnasplicing #geneexpression #spliceosome #introns #exons #premrna #posttranscriptional #rnaediting #splicingmechanism #splicingfactors
Several @IPPMainz PhD students & #IMBpostdocs contributed to this👇 great work.
🎉Congratulations to you & the rest of @koenig_lab, @luck_katja lab & @Sattler_lab for these findings on the #splicing of long introns, which make up 80% of human #introns and are altered in #cancer🙌
📯 Our work on a new core splicing factor is out in @MolecularCell! FUBP1 is important for splicing of long introns. Multivalent interactions support spliceosome assembly and intron bridging. Great collab with @Sattler_lab & Luck_lab. Check it out here: https://t.co/eb8TBuRZbr
Sincerely humbled to be honoured with the biannual @ProteomassS Society Career Award 2023.
Our work in #RNA #splicing2023 was achieved by an incredible team of colleagues & friends joining my journey of discovery - especially focused on #introns. @DNA_RNA_Uni
Junk Reigns🍔🍟
1/ In today’s #Tweetorial we are going to look at how to find specific #exons and #introns in your gene of interest. This may be helpful for selecting sequence to design #primers.
Great talk by Ramya Rangan on RNA structure in #BuddingYeast #Introns
#RNA23
RNA structure landscape of S. cerevisiae introns https://t.co/VXfaN4WjmR
Heat stress? More like hot new #PlantScience!
💥🌡️🌱
Spend the weekend with #JIPB and find out how #spliceophilin CYP18‐2 is involved in the splicing of retained #introns under heat stress in #Arabidopsis.
https://t.co/23Ekk46ri6 @wileyplantsci #AbioticStress #thermotolerance
Where do #noncoding #gene #segments come from? So called #introners are by some scientists interpreted as being a kind of #genomic "#parasites" . Such #DNA pieces are assumed being able to slip into genomes, where they multiply and leave #introns behind them.
Our latest research builds on the #splicing data from #IntroVerse, a relational #database containing >300K annotated #introns and a linked set of >4.6m novel junctions, using #splitread data provided by #GTExv8 @NAR_Open @html5
https://t.co/FZzMXOvdFG
https://t.co/LU2KbPecTL
Today is the last day to visit us at @artdubai Digital (booth X14) and mint your free open edition NFT by @solimanlopez
https://t.co/k5GOa5uN3Z
#ArtDubai #INTRONS #DigitalArt
Congraaaaats to my good friend and colleague Dr. Simon Zumkeller @smz_Fich 🥰🦸🥳💪🍻 #phdlife #PhDone #introns #evolution #ferns @ThePhDPlace
🌡️When things get hot, we're not just splicin'...we're *#spliceophilin*🎤
Lee et al. report on the role of spliceophilin CYP18-2 in the splicing of retained #introns under #HeatStress in #Arabidopsis. https://t.co/kRnMJeY5lZ @wileyplantsci #PlantSci #JIPB #GeneEditing
RT @[email protected]
Long-standing #genomics mystery about the origins of #introns explained in new study
https://t.co/jHRhrVDREj
#TransposableElements drive #intron gain in diverse eukaryotes https://t.co/75ssOAOu9B
The researchers believe that #introners (1/2)
An exon is a region of the #genome that ends up within a mRNA molecule. Split #gene is an interrupted gene having exons and #introns. Genes that have a single #exon and no intron are called single exon #genes.
DM us to learn more about #Bioinformatics
#Genomics #Biotechnology
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