srnas sissa.it

Small RNAs in Silico Home

Folding tetraloops with molecular dynamics. September 26, 2016. Middot; Add Comment. Predictive folding of RNA structures with molecular dynamics is difficult because of the known inaccuracies of current force fields. However, even testing force fields is a challenge since converged simulations require huge amounts of computer time. We have developed a method based on replica exchange and metadynamics that allows to assess a force field by . Comparing force fields for RNA folding. July 20, 2016.

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Small RNAs in Silico Home

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Folding tetraloops with molecular dynamics. September 26, 2016. Middot; Add Comment. Predictive folding of RNA structures with molecular dynamics is difficult because of the known inaccuracies of current force fields. However, even testing force fields is a challenge since converged simulations require huge amounts of computer time. We have developed a method based on replica exchange and metadynamics that allows to assess a force field by . Comparing force fields for RNA folding. July 20, 2016.

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The website srnas.sissa.it states the following, "Predictive folding of RNA structures with molecular dynamics is difficult because of the known inaccuracies of current force fields." We analyzed that the website stated " However, even testing force fields is a challenge since converged simulations require huge amounts of computer time." It also stated " We have developed a method based on replica exchange and metadynamics that allows to assess a force field by . Comparing force fields for RNA folding."

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