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Celine Mercier
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@ -23,11 +23,12 @@ DNA metabarcoding offers new perspectives for biodiversity research [1]. This ap
**Tools.** The `OBITools3` offer the same tools as the original `OBITools`. Eventually, new versions of `ecoPrimers` (PCR primer design) [3], `ecoPCR` (*in silico* PCR) [4], as well as `Sumatra` (sequence alignment) and `Sumaclust` (sequence alignment and clustering) [5] will be added, taking advantage of the database structure developed for the `OBITools3`. **Tools.** The `OBITools3` offer the same tools as the original `OBITools`, plus `ecoPCR` (*in silico* PCR) [4] and `Sumatra` (sequence alignment, not multithreaded yet) [5].
Eventually, new versions of `ecoPrimers` (PCR primer design) [3], as well as `Sumaclust` (sequence alignment and clustering) [5] will be added, taking advantage of the database structure developed for the `OBITools3`.
**Implementation and disponibility.** The lower layers managing the DMS as well as all the compute-intensive functions are coded in `C99` for efficiency reasons. A `Cython` (<http://www.cython.org>) object layer allows for a simple but efficient implementation of the `OBITools3` commands in `Python 3.5`. The `OBITools3` are now being released, check the wiki for more information. **Implementation and disponibility.** The lower layers managing the DMS as well as all the compute-intensive functions are coded in `C99` for efficiency reasons. A `Cython` (<http://www.cython.org>) object layer allows for a simple but efficient implementation of the `OBITools3` commands in `Python 3`. The `OBITools3` are now being released, check the wiki for more information.