swMATH ID: 17115
Software Authors: Weinbrand L, Avihoo A, Barash D
Description: RNAfbinv: an interactive Java application for fragment-based design of RNA sequences. Summary: In RNA design problems, it is plausible to assume that the user would be interested in preserving a particular RNA secondary structure motif, or fragment, for biological reasons. The preservation could be in structure, or sequence, or both. Thus, the inverse RNA folding problem could benefit from considering fragment constraints. We have developed a new interactive Java application called RNAfbinv (RNA fragment-based inverse) that allows users to insert an RNA secondary structure in dot-bracket notation. It then performs sequence design that conforms to the shape of the input secondary structure, the specified thermodynamic stability, the specified mutational robustness, and the user-selected fragment after shape decomposition. In this shape-based design approach, specific RNA structural motifs with known biological functions are strictly enforced while others can possess more flexibility in their structure in favor of preserving physical attributes and additional constraints. Availability: RNAfbinv is freely available for download on the web at http://www.cs.bgu.ac.il/∼RNAexinv/RNAfbinv
Homepage: http://bioinformatics.oxfordjournals.org/content/early/2013/08/22/bioinformatics.btt494.short
Related Software: EMBOSS; Minimus; EMIRGE; ViennaRNA; TagCleaner; OligoWalk; OptiRNAi; ASTALAVISTA; PredGPI; SPEPlip; BaCelLo; PolyA_DB; ASPicDB; BioMart; AstexViewer; SCOOP; WAR; PatSearch; NGS QC Toolkit; ExpEdit; DARNED
Cited in: 1 Publication

Cited by 1 Author

1 Picardi, Ernesto

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