If you have performed an assembly using an older version of Supernova, please update to the most recent version of the software. Any genome aboveĪpproximately 4 GB should be considered experimental and is not supported.īefore beginning any experiment you should consult our current guidance for increasing the likelihood of obtaining a successful Supernova assembly. Times and memory usage, especially if repeat content is high. Several computational bottlenecks haveīeen removed, however genomes larger than human are expected to have longer run Genomes to a few days for human and other similarly sized genomes. Run time varies from a few hours for small Supernova runs on a single server, uses 256 GB memory for 18 of the 20 genomes Requires only standard depth sequencing, and is compatible with the Including accurate measurement of molecule length andĪssemblies are produced by a turnkey laboratory and computational processīased on one library and at markedly low cost. Streamlined user experience, with many critical metrics added and improved, Insects, avoiding the problems of standard approaches that inbreed or We demonstrate end-to-end, practical assembly of single Typical contig length is now 160 kb and the typical scaffold Vertebrates, plants, and insects performance on all three categories is markedly improved.Īssembly quality is greatly improved. Supernova has been tested across a broad range of sample types, including

Synopsis of Supernova's current performance Including ones that had been run previously, customer datasets, and novelĭatasets created just for this purpose. Versions 1.2 and 2.1 with respect to 20 different datasets,

With corresponding changes in performance. The Supernova 2.x releases include a number of significant changes to the code, Supernova2.1 (latest), printed on Supernova version 2.x performance

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