MRS Meetings and Events

 

SB06.04.05 2023 MRS Spring Meeting

Nanoscale Infrared Spectroscopy Reveals Non-Specific Binding Mechanism of Edaravone—The Next Possible Drug to Cure Alzheimers

When and Where

Apr 12, 2023
9:45am - 10:00am

Moscone West, Level 2, Room 2020

Presenter

Co-Author(s)

Suman Paul1,Tobias Gokus1,Elina Berntsson2,Sebastian Wärmländer2,Andreas Barth2

Attocube Systems AG1,Stockholm University2

Abstract

Suman Paul1,Tobias Gokus1,Elina Berntsson2,Sebastian Wärmländer2,Andreas Barth2

Attocube Systems AG1,Stockholm University2
The research on Alzheimer is one of the most popular topics across the labs worldwide where much time is spent to test candidate drugs. Edaravone is one such inorganic salt insoluble in water sold under the brand name Radicava. In our research, Edaravone was incubated with Amyloid-β<sub>40</sub> in four different ratios and samples were collected at different times. The results clearly demonstrated lesser fibrils when an increased amount of Edaravone was present. Further, we were able to study the interaction between Amyloid-β<sub>40 </sub>and Edaravone using neaspec’s popular nano-FTIR method. We found that Edaravone uniformly and non-specifically binds to Amyloid-β fibrils.

Keywords

nanostructure | protein

Symposium Organizers

Katrina Jolliffe, The University of Sydney
Silvia Marchesan,
Rein Ulijn, City University of New York
Jacek Wychowaniec, AO Research Institute Davos (ARI) | AO Foundation

Symposium Support

Gold
Army Research Office

Bronze
Chem and Matter, Cell Press

Publishing Alliance

MRS publishes with Springer Nature