Team:Shenzhen BGIC 0101/Software

From 2013.igem.org

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<h2>Genovo</h2>
<h2>Genovo</h2>
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<div class="post-content" style="color: #ADFFCF;"><hr/><p>Genovo is a Computer-Aided Design (CAD) tool used for denovo design of genome. The current version consists of 4 parts. </p>
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<div class="post-content" style="color: #ADFFCF;"><hr/><p>Genovo is a Computer-Aided Design(CAD) tool to create genome denovo. The current version is 1.2. It consists of 12 plugins belonging to 3 design modules
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<p>The first, Chromosome Construction will grap genes in a common pathway and chromosome features to build a new genome and let user to define the order and orientation in drap-drop way. The second, Nucleotide Modification will optimize and soften the sequence of CDSs. It also help design the CRIPSR sites so that we can silence the wild type genes. The third, Chromosome Segmentation will cut chromosome into pieces and add 3A & Gibson & Goldengate & Homologous Recombination adaptors to the pieces automatically for assembly. The last one, OLS Design will guide users to gain the chromosome by microarray. </p>
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The first module, NeoChr, would assist users to grab related genes in different pathways manually, to rewire genes’ relationship logically, and to replace genes with ortholog that score higher. Then it would allow users to define gene order and orientation in DRAG&DROP way, and decouple the genes with overlap. In the end, it would add or delete features, such as telomere, loxp sites to build a brand new genome automatically.
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<p>Genovo will enable user to design their innovative chromosome as their wishes and further the research on genome on pathway level.</p>
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The second one , NucleoMod, would optimize the CDS regions and reduce their synthesis difficulty. And it helps design the CRIPSR site so that we can silence the wild type genes, and in the meanwhile, differentiate the wild type and synthesis type when assemling. This module also can erase or create enzyme site locally.
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The third one, SegmMan will cut chromosome into pieces with different sizes with Gibson, Goldengate, Homologous adaptors to them so that they are able to be assembled into whole experimentally.  
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SegmMan, in another level, provide a complementary OLSDesign will guide users to get the chrosome fragments by chip and how to assembly them together.  
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Genovo would enable users to create chromosome-like biodevice on their bent, and even futher genome research in pathway level.</p>
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<h2>Plug-in</h2>
 
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<a name="plug-in"></a>
 
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<a name="plug1"></a>
 
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<p>plug-in 1</p>
 
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<p>test test</p><hr/>
 
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<a name="plug2"></a>
 
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<p>plug-in 2</p>
 
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<p>test test</p><hr/>
 
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<a name="plug3"></a>
 
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<p>plug-in 3</p>
 
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<p>test test</p><hr/>
 
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<a name="plug4"></a>
 
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<p>plug-in 4</p>
 
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<p>test test</p><hr/>
 
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Revision as of 04:57, 27 September 2013

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Genovo


Genovo is a Computer-Aided Design(CAD) tool to create genome denovo. The current version is 1.2. It consists of 12 plugins belonging to 3 design modules The first module, NeoChr, would assist users to grab related genes in different pathways manually, to rewire genes’ relationship logically, and to replace genes with ortholog that score higher. Then it would allow users to define gene order and orientation in DRAG&DROP way, and decouple the genes with overlap. In the end, it would add or delete features, such as telomere, loxp sites to build a brand new genome automatically. The second one , NucleoMod, would optimize the CDS regions and reduce their synthesis difficulty. And it helps design the CRIPSR site so that we can silence the wild type genes, and in the meanwhile, differentiate the wild type and synthesis type when assemling. This module also can erase or create enzyme site locally. The third one, SegmMan will cut chromosome into pieces with different sizes with Gibson, Goldengate, Homologous adaptors to them so that they are able to be assembled into whole experimentally. SegmMan, in another level, provide a complementary OLSDesign will guide users to get the chrosome fragments by chip and how to assembly them together. Genovo would enable users to create chromosome-like biodevice on their bent, and even futher genome research in pathway level.



Tutorial


test