RNA aficionado.
codon usage | RNA therapeutics | genome evolution.
Senior Scientist in RNA Technologies.
Opinions my own. 🇪🇺
#RNA #RNAtherapeutics #mRNA #RNAi #codonusage #syntheticbiology #RNArocks
| Location | Cambridge, UK |
| @CMordstein |
🚨 We're expanding our #RNA Technologies team at Eleven Therapeutics! 🚨
👉 https://tinyurl.com/RNA11Tx 👈
Come join us as a Senior Scientist and help develop the next generation of #RNA therapeutics! Our science couldn't be more cutting edge so don't miss this opportunity 😎
Please share!
#RNA #RNAtherapeutics #jobalert #hiring #MolecularBiology #MethodDevelopment #Scientist #RNArocks
RT @erlichya
It is a true honor to be included in @Calcalistech 's annual list of "50 most promising Israeli start-ups". Of note, @eleventx is the only biotech company that made it to the list!
Kudos to the team for their hard work, innovation, and dedication!
RT @zebioengr
Dope paper from the Langer lab: https://www.nature.com/articles/s41587-023-01774-z
Congrats former @pkumd labmate John Daristotle and @UMDBIOE alum @LisaTostanoski !
RT @SlenderSherbet
Me, heading into another week.
“Hey, weren't you a co-author on that? https://t.co/sDBpU9UPnZ Yes, I was, but the Nature editors neutered the letter to the point that I felt I could no longer in good conscience put my name on it. The most egregious (and final straw for me) was the insistence to change 1/n”
Posttranscriptional processes often involve specific signals in mRNAs. Because mRNAs of integral membrane proteins across evolution are usually translated at distinct locations, we searched for universally conserved specific features in this group of mRNAs. Our analysis revealed that codons of very …
RT @DrMikeBooth
We've topologically constrained antisense oligonucleotides into a handcuff structure, via photocages, to control gene knockdown!
Published in @ChemCommun, led by @DenisHartmann
@OxfordChemistry @OxfordSynthesis @UCLChemistry #supramolecular #ASO https://rsc.li/3zY0vC5
Developing simple methods to silence antisense oligonucleotides (ASOs) using photocages opens up the possibility of precise regulation of biological systems. Here, we have developed a photocaging strategy based on ‘handcuffing’ two ASOs to a protein. Silencing was achieved by divalent binding of two terminal
Carl de Boer
Alex Palazzo