I am pleased to present our latest pre-print describing our identification of the long-sought triggers for target-directed microRNA degradation (TDMD) of miR-322 and miR-503, led by @ColletteLavigne and @Jaeil__Han. Read on for more info!๐ https://t.co/nXUh0y0Qsj
Excited to see our work out @CellReports! We generated multiple models of fusion-driven infantile #rhabdomyosarcoma to understand conserved disease biology and identify therapeutic opportunities. Check it out! ๐ ๐งซ๐๐ญ @NCHforDocs@OhioStateMed
https://t.co/bconkLJEWe
And we are now hiring for postdoctoral positions. If you are interested in joining our team please send me a cover letter and CV- we have a lot of exciting project opportunities!
New work from our group! โ๏ธ We generated a #zebrafish her3 CRISPR/Cas9 knockout to study the role of her3/HES3 in development and provide clues for its role in tumorigenesis.
https://t.co/2RqsATDkSQ
First paper from the @KendallLabNCH and my own first first-author!
We took a rare fusion protein identifed by clinical sequencing of pediatric #rhabdomyosarcoma and developed zebrafish and mouse models to confirm the oncogenic potential and identify possible therapeutic targets
I got to work with Jae on this exciting project as a rotation student and joined the lab as soon as I could after! It's a beautiful story about the molecular machinery that mediates target directed microRNA decay (TDMD)
I am excited to present this work led by the very talented postdoc Jaeil Han in which we identify a ubiquitin ligase complex that promotes the degradation of microRNAs engaged with highly complementary targets. A detailed thread follows.
https://t.co/XOzwulbSK6
BREAKING NEWS:
The 2020 #NobelPrize in Chemistry has been awarded to Emmanuelle Charpentier and Jennifer A. Doudna โfor the development of a method for genome editing.โ
Out now in @CellCellPress! Details of our new CRISPR-barcoded mouse model for inducible in vivo lineage tracing + scRNAseq, and how we used it to investigate blood stem cell behaviour in development & after myeloblation. https://t.co/LszmNX6h0V
Pleased to present Jong-Sun Lee's work showing that antisense knockdown causes transcription termination. These reagents cannot be used in isolation to establish an RNA-mediated function for noncoding RNA loci!
https://t.co/UFYiYbt7sp