Biomod/2013/Hokkaido

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<p><font size ="3" color="#003300">over view</font></p>
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<p>Biomolecular motors are regarded as smallest natural machine which can perform work with a high efficiency. <br>
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Various studies of biomolecular motors has been reported, recently we have developed a method termed as active self-organization<br>
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to integrate microtubules into assembled structures, especially ring formation, on a kinesin-coated surface by introducing a specific interaction<br>
 +
of streptavidin-biotin interaction. Now we aim at using this MT ring as a rotational nanodevice by running micro-sized gear. <br>
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In addition, we are trying to make it possible for long time running of the gear by introducing ATP-cyclable gel(MARIMO-Gel). <br>
 +
Our research will develop the molecular-robot which is the artificial micro-sized robot.</p>

Revision as of 07:14, 6 August 2013

MARIMOD

BIOMOD 2013 Hokkaido

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over view

Biomolecular motors are regarded as smallest natural machine which can perform work with a high efficiency.
Various studies of biomolecular motors has been reported, recently we have developed a method termed as active self-organization
to integrate microtubules into assembled structures, especially ring formation, on a kinesin-coated surface by introducing a specific interaction
of streptavidin-biotin interaction. Now we aim at using this MT ring as a rotational nanodevice by running micro-sized gear.
In addition, we are trying to make it possible for long time running of the gear by introducing ATP-cyclable gel(MARIMO-Gel).
Our research will develop the molecular-robot which is the artificial micro-sized robot.

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