Prof. Dr. Tony Ibnu Sumaryada
Professor
Department of Physics
IPB University, Indonesia
Keynote Session 3: Exploring the Potential of Carbon Nanostructures in Biomedical Application through Molecular Modelling
His research mostly concentrated on computational physics at mesoscopic scale, including molecular modelling, biosensors, and multijunction solar cells. The exploration of the potential of various carbon nanostructures such as graphene oxide and fullerenes as a biosensor and spike glycoprotein inhibitor are some of his active research recently.
Other researches including folding-unfolding mechanism of protein through molecular dynamics simulation and molecular interaction analysis of drug candidate through a docking simulation.
Keynote Speech Abstract
Carbon nanostructures such as carbon dots, graphenes, fullerenes have been known to have superior physical properties and almost limitless application. The molecular modelling approach has been done to explore the potential of some carbon nanostructures in biomedical applications. Some possible applications of carbon nanostructures for biomedical purposes are also discussed here. Graphene oxide and fullerenes can be used as immobilizer of glucose oxidase enzyme for glucose biosensor application. The ability of graphene oxide in adsorbing the spike glycoprotein of SARS-CoV-2 open the possibility of utilizing the graphene oxide layer as detector, or even destructor of SARS-CoV-2 virus.
Register Now!
Are you interested in joining this conference? Please submit your paper now before it’s too late. For more information about registration and paper submission please click button below.