The discussion centers around the intersection of polymer physics and genetic sequencing, particularly focusing on the use of nanopores in this context. Participants explore the implications of molecular dynamics simulations in modeling DNA interactions with solvents and nanopores.
There is no clear consensus; participants express varying degrees of optimism about the modeling capabilities and practical applications of nanopores, with some skepticism remaining regarding their initial utility.
Participants reference specific modeling techniques and their applicability to biological systems, but details on the limitations of these models or assumptions made are not fully explored.
This discussion may be of interest to those involved in polymer physics, genetic sequencing, molecular dynamics simulations, and related experimental research.
Nice, Alex. Molecular dynamics simulation algorithms have been making great strides lately, and I don't believe it's beyond hope that DNA+solvent inside and outside a nanopore can now be modeled. For example, membrane proteins with lipid bilayers and water have been modeled. Or, at least on very short timescales (micro-s ?) they can. Have you used this modeling technique in your research? Has anyone?Mark Harder said: