Advances on Computational Modeling and Simulation of Biomolecules
Moon Ki Kim, Sungkyunkwan University
Kilho Eom, Sungkyunkwan University
All living creatures are made of biomolecules such as DNA and protein. They are not only the origin of life but also basic materials in many bioengineering applications. Understanding the relationship between structure and function of biomolecules is indispensable for their engineering applications.In this mini-symposium, we would like to discuss the recent advances on modeling and simulation of biomolecules. Our current interests include, but not limited to, i) accelerated molecular dynamics simulation up to an experimentally relevant timescale, ii) mesoscale simulation for bioengineering applications, and iii) validation and verification of biomolecular modeling and simulation results.
Moon Ki Kim, Sungkyunkwan University
Kilho Eom, Sungkyunkwan University
All living creatures are made of biomolecules such as DNA and protein. They are not only the origin of life but also basic materials in many bioengineering applications. Understanding the relationship between structure and function of biomolecules is indispensable for their engineering applications.In this mini-symposium, we would like to discuss the recent advances on modeling and simulation of biomolecules. Our current interests include, but not limited to, i) accelerated molecular dynamics simulation up to an experimentally relevant timescale, ii) mesoscale simulation for bioengineering applications, and iii) validation and verification of biomolecular modeling and simulation results.
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