Postdoc with @plaschka_lab at @IMPvienna
PhD student with @lapassmore at @MRC_LMB
Previously @Cambridge_Uni (@QueensCam & @JesusCollegeCam)
Not active on X
Our work on Pol II dephosphorylation and its connection to transcription regulation and mRNA 3' end processing by the Cleavage and Polyadenylation Factor (CPF) is now out in @MolecularCell!
Human mRNAs form globules in 3D and are prepared for export by the transcription-export complex. We are excited to share this and more mechanistic insights in our newest work, co-lead by the fantastic @bpachecofiallos and @MVorlandr. https://t.co/3gek1QRSu2 (1/9)
New work from @_M_Carminati shows that dephosphorylation of RNA polymerase II by CPF (the 3' end processing machinery) promotes Pol II dimerisation. @mcemremnv @MRC_LMB @ERC_Research
And concluding #Microsymposium2022 with the #PhDworkshop prizes!
1st prize goes to @lisababalisa from @juliusbrennecke's lab at IMBA!
The two 2nd prizes go to @VBoreikaite (@MRC_LMB) and @MakiGoesScience from our neighboring @gmivienna !
Congratulations to the awardees!
Very excited to write this Outlook piece with @YoseopYoon for @GenesDev highlighting the groundbreaking work from Elmar Wahle and
@lapassmore groups on reconstituting the human mRNA 3' processing in vitro!
https://t.co/xX0jCO3b1O
https://t.co/XwX2DDpezi
https://t.co/N3FJ3Eyom0
Vytaute's @VBoreikaite PhD work on reconstituting the activity of the human CPSF complex has now been published online 🎉. @GenesDev https://t.co/d4N9u4vU6S
(see previous thread for details)
PolyA tails on eukaryotic mRNAs are added after co-transcriptional endonucleolytic cleavage of the pre-mRNA.
@VBoreikaite has now reconstituted specific and efficient 3ʹ-endonuclease activity by human CPSF with purified proteins. @ERC_Research @MRC_LMB https://t.co/cZGdvu4odW