@ABousseb
Joined September 2021
  • Tweets3
  • Following16
  • Followers12
Adrien Boussebayle retweeted
Ebbe Sloth Andersen@esandersen26 Aug 2022
Happy to share our preprint demonstrating the use of RNA origami scaffolds as a cryo-EM tool for investigating aptamer structure and ligand binding. In addition, we introduce a new apta-FRET pair: Broccoli-Pepper 🥦🌶 biorxiv.org/content/10.1101/… – at Arhus, Denmark

RNA origami scaffolds as a cryo-EM tool for investigating aptamer-ligand binding of a Broccoli-Pe...

RNA nanotechnology uses motifs from nature as well as aptamers from in vitro selection to construct nanostructures and devices for applications in RNA medicine and synthetic biology. The RNA origami...

biorxiv.org
1
6
1
27
Adrien Boussebayle retweeted
Adam Mol@adamm0l28 Jun 2022
Fantastic celebration of the @suess_lab reunion! It was lovely to see ‘old’ pals @ABousseb 🥰. The picture explains a #riboswitch. #aptamer
2
22
How do complex #RNA molecules fold into their functional and useful shape? Well, COFOLD, funded by @novonordiskfond, aims to elucidate the rules of RNA folding in order to design RNA molecules for applications in medicine and synthetic biology. @AarhusUni inano.au.dk/about/news-event…
Despite recent progress in predicting protein and RNA structure, we are still far from being able to design biomolecular structures that rival the complexity found in Nature. A new consortium, COFOLD, headed by Associate Professor Ebbe S. Andersen and funded by the Novo Nordisk Foundation, aims to elucidate the rules of RNA folding in order to design RNA molecules for applications in medicine and synthetic biology. COFOLD will combine expertise in advanced methods in physical chemistry (Associate Professor Victoria Birkedal), bioinformatics (Associate Professor Christian Storm Pedersen), microbiology (Professor Ariane Briegel), and synthetic biology (Associate Professor Ebbe Sloth Andersen).

ALT Despite recent progress in predicting protein and RNA structure, we are still far from being able to design biomolecular structures that rival the complexity found in Nature. A new consortium, COFOLD, headed by Associate Professor Ebbe S. Andersen and funded by the Novo Nordisk Foundation, aims to elucidate the rules of RNA folding in order to design RNA molecules for applications in medicine and synthetic biology. COFOLD will combine expertise in advanced methods in physical chemistry (Associate Professor Victoria Birkedal), bioinformatics (Associate Professor Christian Storm Pedersen), microbiology (Professor Ariane Briegel), and synthetic biology (Associate Professor Ebbe Sloth Andersen).

1
6
1
22
Load more