“And now thanks to this really interesting research, we know that cats—despite getting cast off as solitary and nonsocial—are doing this, too.” https://t.co/BqftgDq1Kc @NewsfromScience
Attention prospective postdocs: Are you interested in studying RNA modifications and using cutting edge technologies to uncover the role of m6A in physiology and disease? Come join our team! We are hiring!
https://t.co/0Za5MdqPGt
Excited to share our latest work developing DART transgenic mice and using them to profile m6A in single cells of the mouse brain. A fantastic study led by Matt Tegowski with contributions from @TheHolleyLab https://t.co/2OSfKmtiW1
We are excited to have our m6A sensor technology featured on the cover of the latest issue of Nature Biotechnology. Congratulations again to first author @RNAloops and @TheHornerLab and @TheHolleyLab for their great contributions! https://t.co/mKuVwMOeSF
The September issue is live https://t.co/ZDufeN0brF
Our cover shows cellular mRNA modified by m⁶A, which is depicted as a gemstone. Marayati et al. develop GEMS, a genetically encoded m⁶A sensor that can report changes in m⁶A in living cells https://t.co/vmt3JrqbIT
Special Issue of RNA presents the past, present, and future of epitranscriptomics research with a focus on mRNA. It includes perspectives from experts in
the field, with the goal of encouraging discussions that will further advance this area of research https://t.co/2d6HwH2JDr
I'm excited to join @theNASEM for a webinar on 3/21 that discusses a new report on sequencing RNA and its modifications, laying the foundation for a new era in biology and medicine. RSVP: https://t.co/y50FIHwGvu
Very happy to have our new m6A sensor technology highlighted in Nature Chem Bio. Congratulations again to all authors @RNAloops, @TheHolleyLab, and @TheHornerLab on the great wok! https://t.co/3eLofHFoTr
Congratulations to @HugoMedinaMunoz, @EricKofman et al in our paper describing systematic evaluation and nomination of RNA base editors for RNA binding protein-RNA interactome studies. #rna#RBPs#genomics https://t.co/BAUXMN6TcJ
@yeo_lab@RNAloops Thanks Gene! Love your paper in NBT too...such a great system to explore splicing and some very exciting applications for what you found.
Yes we'd be happy to help in any way if you're interested in using the m6A sensor. Shoot me an email if you want and we can chat.
Excited to share our recent work developing a genetically encoded m6A sensor. We hope this will be of widespread use for studies of m6A dynamics and high throughout applications. Very proud of the talented Fadi Marayati (@RNAloops) who led this study! https://t.co/MGiNzkXouP
Excited to share the work of incredibly talented PhD student @Charlie_Sheehan describing a new method for in situ visualization of m6A-modified and unmodified RNAs in cells! Enables new insights into methylated RNA localization. https://t.co/I2f3K2Fr6h
Happy #RNADay! Here's to the amazing members of the Meyer Lab and all of their hard work. Every day is RNA Day here...thank you all for making it so special!