For each length of the growing RNA chain there exists a folding landscape. We visualize the sequence of folding landscapes by an animation of the corresponding ...

This paper improves the visualization method for sequences of barrier trees previously published by the authors. The barrier trees of these sequences are rough ...

PDF | Dynamical models that explain the formation of spatial structures of RNA molecules have reached a complexity that requires novel visualization.

Without an appropriate visualization tool it is virtually impossible to find the time-steps and transition at which time-scale difference have a drastic effect, ...

The increasing complexity of models explaining the spatial struc- ture of RNA molecules require visualization methods that help to.

Visualization of Barrier Tree Sequences Revisited. 5 single trees that make up the barrier tree sequence and present them in an animation with transitions ...

This work visualize the sequence of folding landscapes of a growing RNA molecule by an animation of the corresponding barrier trees by adapting the ...

This paper improves the visualization method for sequences of barrier trees previously published by the authors. The barrier trees of these sequences are rough ...

Summary. The increasing complexity of models for prediction of the native spatial structure of RNA molecules requires visualization methods that help to ...

Here, we focus on the visualization of so-called folding landscapes of a growing RNA molecule. Folding landscapes describe the energy of a molecule as a ...