Thrilled to see my postdoc work @AdelmanLab on the Integrator (INT) now out @CellCellPress:We found that INT deficiency allows immature and unlicensed RNAPII to precociously enter genes. This immature RNAPII can transcribe short genes but terminates prematurely in long genes
A new study shows mutations in the Integrator complex — linked to cancers, blood disorders, neurodevelopmental abnormalities, and other diseases — cause chronic stress in cells https://t.co/A8mBpJuFao
Thrilled to see my postdoc work @AdelmanLab on the Integrator (INT) now out @CellCellPress:We found that INT deficiency allows immature and unlicensed RNAPII to precociously enter genes. This immature RNAPII can transcribe short genes but terminates prematurely in long genes
Amazing to see how this work connects defects in transcription elongation to chronic stress signaling and disease! Could targeting dsRNA or ISR pathways offer new therapeutic strategies for conditions caused by INT mutations? Fascinating implications for RNA biology and medicine!
Very excited to share that my thesis work is out in Molecular Cell! We trained a Structure and Omics informed Classifier (SPOC) to score binary AlphaFold multimer (AF-M) predictions by structural quality and consistency with experimental omics datasets. https://t.co/Y9OIphtAv9
Delighted to share our #NightScience tale: "A tetramer of BCL11A is required for stable protein production & fetal hemoglobin silencing," in @ScienceMagazine. Co-led by Zheng Ge, Yin Maolu, & me, here’s a tweetorial about our puzzle-solving adventure! 1/7 https://t.co/ZJvFCklgtP
@hilgers_lab Congrats, Valérie - great news !! Looks like an amazing end to the year and a great start in Basel. Looking forward to the nice stuff that will come of it :)
Looking for an exciting #PhD project in #molecularBiology? How about this question: what determines a gene's end? Most human genes have alternative ends, the choice of which is important for health and disease. Yet we still don't understand how this choice is made!
@_WolfLab Congrats @MV4_11 @NevenkaDudvars1 for the really nice work - great to see both histone remodelers and chaperones (SPT6) from MYC interactome in the both genetic dropout screens. A real tour de force....!