Team:Berkeley/Project/Other organisms

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(New page: Our project focused on the delivery of payloads to the cytoplasms of choanoflagellates, but its simple design makes it applicable to a host of other eukaryotes. Our design is only limited ...)
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Our project focused on the delivery of payloads to the cytoplasms of choanoflagellates, but its simple design makes it applicable to a host of other eukaryotes. Our design is only limited in three main aspects as to its potential targets:
Our project focused on the delivery of payloads to the cytoplasms of choanoflagellates, but its simple design makes it applicable to a host of other eukaryotes. Our design is only limited in three main aspects as to its potential targets:
* The target organism must be able to naturally phagoctyose <i>Escheria Coli</i>.
* The target organism must be able to naturally phagoctyose <i>Escheria Coli</i>.
* The target organism's phagocytic vesicles must contain cholesterols susceptible to our [https://2010.igem.org/Team:Berkeley/Project/Vesicle_Buster Vesicle-Buster] device.
* The target organism's phagocytic vesicles must contain cholesterols susceptible to our [https://2010.igem.org/Team:Berkeley/Project/Vesicle_Buster Vesicle-Buster] device.
* The target organism must be able to survive in media that is compatible with our [https://2010.igem.org/Team:Berkeley/Project/Self_Lysis Self-Lysis] device.
* The target organism must be able to survive in media that is compatible with our [https://2010.igem.org/Team:Berkeley/Project/Self_Lysis Self-Lysis] device.

Revision as of 19:01, 26 October 2010


Our project focused on the delivery of payloads to the cytoplasms of choanoflagellates, but its simple design makes it applicable to a host of other eukaryotes. Our design is only limited in three main aspects as to its potential targets:

  • The target organism must be able to naturally phagoctyose Escheria Coli.
  • The target organism's phagocytic vesicles must contain cholesterols susceptible to our Vesicle-Buster device.
  • The target organism must be able to survive in media that is compatible with our Self-Lysis device.
Retrieved from "http://2010.igem.org/Team:Berkeley/Project/Other_organisms"