Team:Hawaii
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|style="background-color:WhiteSmoke;border-width: 0px;padding: 3px;text-align:left;"|Our team aims to create the framework and tools for expanding the scope of BioBrick synthetic biology to organisms other than E. coli. Creation of a mobilizable broad-host-range plasmid enables the transfer of modularized and abstracted genetic components to act in wide range of organisms that share a similar pool of intermediate metabolites. A broad-host-range mobilizable vector would serve as a channel to "open source" the rich diversity of genetic information between organisms in a laboratory setting. We envision a wide diversity of future broad-host-range BioBrick parts, created and transported, with this or similar BioBrick vectors; each designated to be compatible with specific organism(s). These modules can also be combinatorially transformed or combined into organisms as larger devices to produce desired products. [[Team:Hawaii/Project|more...]] | |style="background-color:WhiteSmoke;border-width: 0px;padding: 3px;text-align:left;"|Our team aims to create the framework and tools for expanding the scope of BioBrick synthetic biology to organisms other than E. coli. Creation of a mobilizable broad-host-range plasmid enables the transfer of modularized and abstracted genetic components to act in wide range of organisms that share a similar pool of intermediate metabolites. A broad-host-range mobilizable vector would serve as a channel to "open source" the rich diversity of genetic information between organisms in a laboratory setting. We envision a wide diversity of future broad-host-range BioBrick parts, created and transported, with this or similar BioBrick vectors; each designated to be compatible with specific organism(s). These modules can also be combinatorially transformed or combined into organisms as larger devices to produce desired products. [[Team:Hawaii/Project|more...]] | ||
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Revision as of 07:33, 17 August 2008
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Our team aims to create the framework and tools for expanding the scope of BioBrick synthetic biology to organisms other than E. coli. Creation of a mobilizable broad-host-range plasmid enables the transfer of modularized and abstracted genetic components to act in wide range of organisms that share a similar pool of intermediate metabolites. A broad-host-range mobilizable vector would serve as a channel to "open source" the rich diversity of genetic information between organisms in a laboratory setting. We envision a wide diversity of future broad-host-range BioBrick parts, created and transported, with this or similar BioBrick vectors; each designated to be compatible with specific organism(s). These modules can also be combinatorially transformed or combined into organisms as larger devices to produce desired products. more... |
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[http://manoa.hawaii.edu/ ][http://manoa.hawaii.edu/ovcrge/
][http://www.ctahr.hawaii.edu
]