We are proud to #announce that we have put together an easy-to-use platform to help you identify whether your favourite #protein has been previously detected as an #RBP or might even be relevant for #COVID19. Please #retweet and give us your feedback: https://t.co/RsEiLsPBH8 #RNA
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I was in the refugee shelter trying to help an old man who had been seperated from his wife 10 days ago. As we were speaking a young man rushed by me carrying a woman screaming, “I need a doctor! Are there any doctors here!”
ICYMI conventional annotations of coding sequences have missed thousands of short open-reading frames encoding proteins that are conserved with specific functions https://t.co/kbQGWFRAni
@katholmes@MicrosoftDesign Love it! I wonder how we could shape education in a more inclusive way .. meaning not all students learn in the same way and yet there are too many standardized test!
The largest dataset of cancer genetic dependencies to date includes RNAi data for 712 cell lines from Achilles, DRIVE and Marcotte et al., created using our new method DEMETER2, now out in Nat Comms. https://t.co/atJUNxCJ6M for data, code and paper @CancerDepMap@broadinstitute
Higher-order RNA structures are pervasive and involve more than one-third of nucleotides in the dengue virus serotype 2 (DENV2) genomic RNA. These could possibly serve as novel RNA-directed drug targets! https://t.co/mr2RdRZ4fD
The RNA Consortium aims to generate a reference data set for the human transcriptome sequenced in its native form. Read how nanopore technology is contributing to this goal: https://t.co/qBuZsfnITU #ASHG2018