This web server is based on two core applications:
RNAfbinv 2.0 is a python 3 package available via pypi. It can be easily installed using
pip install rnafbinv
The package is pypy 3 compatible for increased performance. The new version provides increased control over motif features.
A GUI wrapper is available for download in the git repository: RNAfbinv 2.0 git
RNAfbinv (RNA fragment base inverse) was developed in Danny Barash's lab, see article: L. Weinbrand, A. Avihoo, D. Barash.
RNAfbinv: An Interactive Java Application for Fragment-Based Design of RNA Sequences. Bioinformatics, 29(22)
, 2938-2940 (2013).
The tool uses a simulated annealing process to design sequences that fold as the target structure and/or its
coarse grained tree-graph shape. RNAfbinv is focused on fragment based design, to allow the user a greater flexibility in the design.
RNAfbinv download link: RNAfbinv webpage
IncaRNAtion was developed in collaboration between Jérôme Waldispühl's lab and Yann Ponty, see article: V. Reinharz, Y. Ponty
and J. Waldispühl: A weighted sampling algorithm for the design of RNA sequences with targeted secondary structure and nucleotides distribution Bioinformatics 29 (13), i308-i315 (2013)
The tool samples stochastically from the whole sequence space weighting in favour of sequences with high affinity with the target structure in linear time.
IncaRNAtion allows the control of the GC content and sequence constraints without biasing the sampling.
incaRNAtion download link: incaRNAtion webpage
The web server runs on Tomcat 8. The backend is implemented using Java EE. The frontend generates JSP web pages.
M. Drory Retwitzer, V. Reinharz, Y. Ponty, J. Waldispühl, D. Barash (2015): IncaRNAfbinv: a web server for
fragment-based design of RNA sequences (Submitted)
The web server was developed by Matan Drory et al. in Dr. Danny Barash's lab at Ben-Gurion University,
Beer Sheva, Israel. For all relevant issues and suggestions please contact Matan Drory: firstname.lastname@example.org