Team:SDU-Denmark/project-i

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(Background)
(Background)
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== Background ==
== Background ==
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In fields such as nano-scale robotics and manufacturing researchers have encountered problems in generating motion and force reliably. In recent years many attempts have been made at using micro-organisms to create useable mechanical force. Many approaches have been taken including using swimming bacteria to drive microgears, move objects and to generate organised flow on surfaces and in pump-like systems. Different attempts at introducing remote control in such systems have also been made using magnetism, chemical signalling and light. It seems obvious how synthetic biology and bio-engineering might contribute by creating systems for these purposes.
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In fields such as nano-scale robotics and manufacturing researchers have encountered problems in generating motion and force reliably. In recent years many attempts have been made at using micro-organisms to create useable mechanical force. Many approaches have been taken including using swimming bacteria to drive microgears, move objects and to generate organised flow on surfaces and in pump-like systems. Different attempts at introducing remote control in such systems have also been made using magnetism, chemical signalling and light. It seems obvious how synthetic biology might contribute by creating systems for these purposes.
== The Idea ==
== The Idea ==

Revision as of 17:26, 16 October 2010