Author: pendari1090

Our latest papers take us closer to multidimensional chemical mapping of RNA in vivo and in complex structural ensembles. You can read about these methods before publication through preprints on bioRxiv: RNA structure inference through chemical mapping after accidental or intentional mutations and Allosteric logic of the V. vulnificus adenine riboswitch resolved by four-dimensional chemical mapping. Update: the M2-seq paper is out in PNAS.

Our latest papers take us closer to multidimensional chemical mapping of RNA in vivo and in complex structural ensembles. You can read about these methods before publication through preprints on bioRxiv: RNA structure inference through chemical mapping after accidental or intentional mutations and Allosteric logic of the V. vulnificus adenine riboswitch resolved by four-dimensional chemical mapping. Update: the M2-seq paper is out in PNAS.

Our latest papers take us closer to multidimensional chemical mapping of RNA in vivo and in complex structural ensembles. You can read about these methods before publication through preprints on bioRxiv: RNA structure inference through chemical mapping after accidental or intentional mutations and Allosteric logic of the V. vulnificus adenine riboswitch resolved by four-dimensional chemical mapping. Update: the M2-seq paper is out in PNAS

Johan Andreasson presented a talk from the Eterna project reporting the discovery of “Thermodynamically optimal riboswitches through massively parallel design” at the RNA 2017 conference in Prague, Czech republic. Collaborators Marcin Magnus (Bujnicki lab) and Brant Gracia (Russell lab) will also be giving talks on work involving computational and experimental methods from the Das lab.

Johan Andreasson presented a talk from the Eterna project reporting the discovery of “Thermodynamically optimal riboswitches through massively parallel design” at the RNA 2017 conference in Prague, Czech republic. Collaborators Marcin Magnus (Bujnicki lab) and Brant Gracia (Russell lab) will also be giving talks on work involving computational and experimental methods from the Das lab.

Johan Andreasson presented a talk from the Eterna project reporting the discovery of “Thermodynamically optimal riboswitches through massively parallel design” at the RNA 2017 conference in Prague, Czech republic. Collaborators Marcin Magnus (Bujnicki lab) and Brant Gracia (Russell lab) will also be giving talks on work involving computational and experimental methods from the Das lab.

Rhiju presented recent progress in ‘RNA puzzles’ at a Cell Press webinar “Predicting and Observing RNA Folding: A Progress Report” along with Kathleen Hall, Sarah Woodon, and Rob Batey. The web cast is available at the Cell website.

Rhiju presented recent progress in ‘RNA puzzles’ at a Cell Press webinar “Predicting and Observing RNA Folding: A Progress Report” along with Kathleen Hall, Sarah Woodon, and Rob Batey. The web cast is available at the Cell website.

Rhiju presented recent progress in ‘RNA puzzles’ at a Cell Press webinar “Predicting and Observing RNA Folding: A Progress Report” along with Kathleen Hall, Sarah Woodon, and Rob Batey. The web cast is available at the Cell website.

Congratulations to Kalli Kappel for winning a travel award to the 2017 Biophysical Society annual meeting, in New Orleans, LA. She presented her work on “Blind predictions of RNA/protein relative binding affinities”, and won a best poster prize!

Congratulations to Kalli Kappel for winning a travel award to the 2017 Biophysical Society annual meeting, in New Orleans, LA. She presented her work on “Blind predictions of RNA/protein relative binding affinities”, and won a best poster prize!

Congratulations to Kalli Kappel for winning a travel award to the 2017 Biophysical Society annual meeting, in New Orleans, LA. She presented her work on “Blind predictions of RNA/protein relative binding affinities”, and won a best poster prize!