This document discusses various software tools for visualizing and analyzing RNA 2D structures. It describes tools that can generate 2D structure representations from experimental data, predicted structures, and 3D structural models. It also discusses annotation capabilities and tools for integrating structural, functional, phylogenetic and other information. Examples are given of specific tools like VARNA, R2R and PseudoViewer and how they can be used to visualize H/ACA guide RNAs and analyze conservation and accessibility.
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Visualization of RNA 2D Structures - Structure/function relationships of H/ACA motifs: Analysis & Prediction
1. Visualization of RNA 2D Structures
Structure-Function Relationships of H/ACA Motifs
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2. 2D models (experimental: footprinting, fluorescence, SHAPE,
etc; theoretical: MFold, RNAfold, etc)
2D representations from RNA 3D structures
media to display: structural, functional, phylogenetic
informations, etc
RNAplot
jViz.RNA
3. 2D models (experimental: footprinting, fluorescence, SHAPE,
etc; theoretical: MFold, RNAfold, etc)
2D representations from RNA 3D structures
media to display: structural, functional, phylogenetic
informations, etc
S2S/Assemble
VARNA
4. 2D models (experimental: footprinting, fluorescence, SHAPE,
etc; theoretical: MFold, RNAfold, etc)
2D representations from RNA 3D structures
medium to display: structural, functional, phylogenetic
informations, etc
PseudoViewer
R2R
27. standard and customized representations (edition, annotation)
time saving for the generation of multiple representations
time saving for the update of consensus structures
qualitatif (quantitatif) tools to evaluate structure-function models