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Jupiter Bioinformatics (V2) uses the local sequence alignment algorithm and a few stored experiments for further experimentation on sequence alignment. It is an open source application designed in native JavaScript, that is able to align two sequences/texts in order to match the regions that are similar.

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Gagniuc/Jupiter-Bioinformatics-V2-experiments

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Jupiter Bioinformatics V2 experiments

Jupiter Bioinformatics (V2) uses the local sequence alignment algorithm and a few saved examples to allow for experimentation. This one file HTML app is an open source application designed in native JavaScript, that is able to align two sequences / texts in order to match the regions that are similar. Different interesting experimental designs can be accomplished with it, starting from bioinformatics / genetics to grammar and language studies. In mathematics for instance, such a strategy can be used in research to align the digits of irrational numbers or number sequences in general to find out the similarities between them. The supplementary materials contain a dedicated file format which can be opened with Jupiter Bioinformatics (V2). Thus, any of these text files can be loaded into the application by using the Local Storage -> Disk operations buttons.

Live demo: https://gagniuc.github.io/Jupiter-Bioinformatics-V2-experiments/

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References

  • Paul A. Gagniuc. Algorithms in Bioinformatics: Theory and Implementation. John Wiley & Sons, Hoboken, NJ, USA, 2021, ISBN: 9781119697961.

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Jupiter Bioinformatics (V2) uses the local sequence alignment algorithm and a few stored experiments for further experimentation on sequence alignment. It is an open source application designed in native JavaScript, that is able to align two sequences/texts in order to match the regions that are similar.

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