Biomod/2013/Komaba/Home: Difference between revisions
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==Abstract== | ==Abstract== | ||
===DNA screw=== | ===DNA screw=== | ||
: | : The Komaba team will develop a new molecular motor based on DNA origami, and the particularity of this motor is that the circular movement involved a cylinder and a ring. Rotation move is exploited from DNA walker which advance in a certain one direction by cutting a DNA footing with DNAzyme. The ring is connected with DNA walker, and on the surface of the cylinder DNA footings are set out with a spiral line. | ||
: DNA | : DNA Screw will greatly contribute to the practical realization of tricky movement of the Biomolecular - machine, because its circular movement has many applications. We are, for example, aiming to make a DNA structure with this screw moving like a submarine, which swim by rotating on the principle of the propeller. Alternatively, DNA screw will be able to make a pore on a vesicle like a drill. Moreover, these functions will develop into an autonomous DNA robot in combination with DNA sensors. As described above, DNA screw will be a giant step toward creating surprising DNA machines. | ||
==Menu== | ==Menu== | ||
Revision as of 05:56, 31 August 2013
Home,Project,Design,Experiment,Supplementation,Team,Sponsors
Abstract
DNA screw
- The Komaba team will develop a new molecular motor based on DNA origami, and the particularity of this motor is that the circular movement involved a cylinder and a ring. Rotation move is exploited from DNA walker which advance in a certain one direction by cutting a DNA footing with DNAzyme. The ring is connected with DNA walker, and on the surface of the cylinder DNA footings are set out with a spiral line.
- DNA Screw will greatly contribute to the practical realization of tricky movement of the Biomolecular - machine, because its circular movement has many applications. We are, for example, aiming to make a DNA structure with this screw moving like a submarine, which swim by rotating on the principle of the propeller. Alternatively, DNA screw will be able to make a pore on a vesicle like a drill. Moreover, these functions will develop into an autonomous DNA robot in combination with DNA sensors. As described above, DNA screw will be a giant step toward creating surprising DNA machines.
Menu
- Home : Abstract, Description of Menu
- The page which you are watching just now
- Project : Background, Overview of Project, Vision for the Future
- Description of meaning and overall flow of project
- Design : Cylinder, DNA Spider, Rotating Ring, Cylinder Motor
- Design and structures of each part of Cylinder Motor
- Experiment : Method, Results, Discussion
- Supplementation : Raw data, References
- Now we are under experiments and above 2 contents will come after experiments.
- Team : Team Information, Members, Episodes
- Introductions of our team
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<div id="nfooter"> <h1>DNA Screw - Komaba Team</h1> </div> <div id="globalWrapper"><div id="column-content"><div id="content"><div id="bodyContent"></html>
