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Brochure 2020
Moreover, our new approach integrates a large number Figure 2 : Our strategy can re ne the quality of personalized genome
of raw reads from 10x Genomics and Bionano optical assemblies, contributing to the future of precision medicine.
mapping to assemble (up to chromosome level) de novo
personalized genome drafts with more genomic content more in-depth analyses (Figure 3). All software and tools
and fewer gaps (Figure 2). To ease the computational derived from our study are being released to the public
burden of local assembly, we are engaging in a via GitHub and DOCKER (https://hub.docker.com/u/lsbnb).
collaboration on cloud computing with Taiwan Microsoft Furthermore, we have made several of our web databases
Inc. available to the wider research community (Figure 4).
To better interpret assembled genomes, we have
implemented a web-based framework we name MOLAS
(http://molas.iis.sinica.edu.tw). MOLAS aids genomic
studies of non-model species to levels comparable to
those of model organisms such as the Drosophila or
mouse, allowing the research community to conduct
Figure 3 : Genomes of non-model organisms can be characterized to the level of model
organisms for further studies based on our tools and platforms.
Figure 4 : Tools and web genome databases for collaborators and research communities.
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Moreover, our new approach integrates a large number Figure 2 : Our strategy can re ne the quality of personalized genome
of raw reads from 10x Genomics and Bionano optical assemblies, contributing to the future of precision medicine.
mapping to assemble (up to chromosome level) de novo
personalized genome drafts with more genomic content more in-depth analyses (Figure 3). All software and tools
and fewer gaps (Figure 2). To ease the computational derived from our study are being released to the public
burden of local assembly, we are engaging in a via GitHub and DOCKER (https://hub.docker.com/u/lsbnb).
collaboration on cloud computing with Taiwan Microsoft Furthermore, we have made several of our web databases
Inc. available to the wider research community (Figure 4).
To better interpret assembled genomes, we have
implemented a web-based framework we name MOLAS
(http://molas.iis.sinica.edu.tw). MOLAS aids genomic
studies of non-model species to levels comparable to
those of model organisms such as the Drosophila or
mouse, allowing the research community to conduct
Figure 3 : Genomes of non-model organisms can be characterized to the level of model
organisms for further studies based on our tools and platforms.
Figure 4 : Tools and web genome databases for collaborators and research communities.
21
