We have submitted our second paper on the topic the RNA world in collaboration with @PhilHolliger based on experimental work by @EmilLK2 and @mcrae_ewan in the @AndersenBioLab. Preprint is available on bioRxiv! Here comes a short explanation of the background and content.🧵1/7:
🚨 REMEMBER!
⏰ Don't miss the deadline - Early bird registration will close on May 27th (8 am CEST). 🚀
👇REGISTER here👇:
https://t.co/o67NNcEqUI
#ArtBio2024#DeadlineApproaching
REMEMBER❗
📢ABSTRACT SUBMISSION STILL IS OPEN!
📌Deadline: 1st May
Looking forward to your contributions! ✨
👇Abstract template in the link below👇
https://t.co/eDIRtkz0p6
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Check out the great book chapter by Cody Geary, where he explains the central role of folding for life and technology in “Origami Life” https://t.co/Ng32pCrJ9e
Nice news story about our recent research into the mythical RNA world, where we have explored the structure of the (proposed) central player: the RNA replicase. Thanks to @EmilLK2, @mcrae_ewan, @PhilHolliger and coauthors for making the research possible. https://t.co/QjiXgDnE5H
CryoEM unveils structure of nano-sized 'RNA copy machine,' a key player in the ancient RNA world. This breakthrough may fuel RNA nanotech and medical advancements. 🧬
@esandersen, @PhilHolliger, and @mcrae_ewan et al. publish findings in PNAS (@PNASNews).
https://t.co/HdKtBI90Es
Triplex DNA blossoms on the front cover of Advanced Materials featuring our Triplex Origami methodology. The cover art is entirely made out of real folded paper! By postdoc @MinkieWinky and PhD student Emily Tsang. Read the article here: https://t.co/msjOSNLVHI
Interested in nucleic acid chemistry, XNA aptamer discovery and machine learning?
Postdoc position open in the Holliger lab, please RT! https://t.co/HhT1PMOGM6
Application deadline Aug 14th.
🔊 Excited to have Dr. Ebbe Sloth Andersen @esandersen as a speaker at #SynBioConf2023! His research on biomolecular nanodevices explores the folding principles of biomolecules to design novel nanoscale devices.
Join us to learn about the cutting-edge advancements in biomolecular engineering! @BiomedUCPH 🦠🧪
❕Last call to submit abstracts ❕
https://t.co/bRq6bBubg4
The development of the Cryogenic Electron Microscope (Cryo-EM) has revolutionized our study and understanding of the smallest components of life.
@dandrite@iNANO_AarhusUni@NatSci_AU@AarhusUni@PoulNissen https://t.co/Y0K7nW79eM