Team:Cornell/project/future

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<h2 class="centered">Future Applications</h2>
<h2 class="centered">Future Applications</h2>
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Our work this year is particularly far reaching because all of our constructs are designed for functional use in basidiomycetes.  Not a lot of genetic work has been done to take advantage of this diverse phylum’s many unique chemical products and favorable physiologies, and our comprehensive toolkit opens the door to many future synthetic biology applications for basidiomycetes.  Not only did our fungal toolkit allow us to take steps towards improving Ecovative’s packaging material, it will allow future researchers to more easily utilize basidiomycetes for possible biomaterials, bioremediation, and pharmaceutical applications.   
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Our work this year is particularly far reaching because all of our constructs are designed for functional use in basidiomycetes.  Extensive genetic work has not yet been done to take advantage of this diverse phylum’s many unique chemical products and favorable physiologies, and so our comprehensive toolkit opens the door to many future synthetic biology applications for basidiomycetes.  Not only did our <a href = "https://2013.igem.org/Team:Cornell/project/wetlab/fungal_toolkit" > fungal toolkit </a> allow us to take steps towards improving Ecovative’s packaging material, but it will also allow future researchers to more easily utilize basidiomycetes for possible biomaterials, bioremediation, and pharmaceutical applications.   
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Latest revision as of 05:43, 8 October 2013

Cornell University Genetically Engineered Machines

Future Applications

Our work this year is particularly far reaching because all of our constructs are designed for functional use in basidiomycetes. Extensive genetic work has not yet been done to take advantage of this diverse phylum’s many unique chemical products and favorable physiologies, and so our comprehensive toolkit opens the door to many future synthetic biology applications for basidiomycetes. Not only did our fungal toolkit allow us to take steps towards improving Ecovative’s packaging material, but it will also allow future researchers to more easily utilize basidiomycetes for possible biomaterials, bioremediation, and pharmaceutical applications.