Difference between revisions of "Team:DUT China B/Expectation"
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| − | <h2 class="pb-3 pt-2" style="color:#C27099;"><img style="width:50%;" src="https://static.igem.org/mediawiki/2019/e/e4/T--DUT_China_B--notebook.svg"> | + | <h2 class="pb-3 pt-2" style="color:#C27099;"><img style="width:50%;" src="https://static.igem.org/mediawiki/2019/e/e4/T--DUT_China_B--notebook.svg"> When darkness seites you, let the light guide the way.</h2> |
| − | We choose three specific functions of Chlamydomonas micro-robot for three possible applications in the future: transports on drug carrier platforms, micro-drivers and microfluidic cargo<br> | + | <p style="font-size: 18px;">We choose three specific functions of Chlamydomonas micro-robot for three possible applications in the future: transports on drug carrier platforms, micro-drivers and microfluidic cargo<br> |
2.The micro-driver controls the microalgae robot to achieve directional movement control of the microalgae in the liquid, in the well-made lanes and in the in vitro environment, to move it to where we envisioned, which may be used in algae division of different environment pollution detection and absorption.<br> | 2.The micro-driver controls the microalgae robot to achieve directional movement control of the microalgae in the liquid, in the well-made lanes and in the in vitro environment, to move it to where we envisioned, which may be used in algae division of different environment pollution detection and absorption.<br> | ||
3.The drug carrier platform allows the surface of the algae to coat or mount molecular drugs of various sizes, or to modify the genetic mutation of the algae and induce the expression of the drug molecules after reaching the lesion, thereby realizing quantitative and precise treatment of the disease.<br> | 3.The drug carrier platform allows the surface of the algae to coat or mount molecular drugs of various sizes, or to modify the genetic mutation of the algae and induce the expression of the drug molecules after reaching the lesion, thereby realizing quantitative and precise treatment of the disease.<br> | ||
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Revision as of 03:44, 22 October 2019
When darkness seites you, let the light guide the way.
We choose three specific functions of Chlamydomonas micro-robot for three possible applications in the future: transports on drug carrier platforms, micro-drivers and microfluidic cargo
2.The micro-driver controls the microalgae robot to achieve directional movement control of the microalgae in the liquid, in the well-made lanes and in the in vitro environment, to move it to where we envisioned, which may be used in algae division of different environment pollution detection and absorption.
3.The drug carrier platform allows the surface of the algae to coat or mount molecular drugs of various sizes, or to modify the genetic mutation of the algae and induce the expression of the drug molecules after reaching the lesion, thereby realizing quantitative and precise treatment of the disease.