Difference between revisions of "Team:NYMU-Taipei"

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Revision as of 22:39, 5 October 2016

PROJECT

The purpose of our project is to utilize the a filamentous-fungi-specific CRISPR-Cas9 system 1 in conjunction with an optogenetic system 2 to construct a fast acting kill switch system for genetically engineered fungi, which is becoming ever more popular method for dealing with insect pest around the world. Two plasmids will be constructed, each carrying a module of our two part system.


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PROTOTYPE

The purpose of our project is to utilize the a filamentous-fungi-specific CRISPR-Cas9 system 1 in conjunction with an optogenetic system 2 to construct a fast acting kill switch system for genetically engineered fungi, which is becoming ever more popular method for dealing with insect pest around the world. Two plasmids will be constructed, each carrying a module of our two part system.


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MODEL

The purpose of our project is to utilize the a filamentous-fungi-specific CRISPR-Cas9 system 1 in conjunction with an optogenetic system 2 to construct a fast acting kill switch system for genetically engineered fungi, which is becoming ever more popular method for dealing with insect pest around the world. Two plasmids will be constructed, each carrying a module of our two part system.


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HUMAN PRACTICE

The purpose of our project is to utilize the a filamentous-fungi-specific CRISPR-Cas9 system 1 in conjunction with an optogenetic system 2 to construct a fast acting kill switch system for genetically engineered fungi, which is becoming ever more popular method for dealing with insect pest around the world. Two plasmids will be constructed, each carrying a module of our two part system.


read more