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Researchers use microelectronics to remotely control biobots

Researchers at collaborating universities in Illinois developed miniature biological robots with remote control capabilities.

United statesNorthwestern universityUniversity of illinoisMattia gazzolaRashid bashirJohn rogerZhenwei liNational institutes of healthNational science foundationGrainger college of engineeringQuerrey simpson institute for bioelectronicsUniversity of houstonUniversity of illinois urbana champaignIllinois urbana champaignGrainger collegeQuerrey simpson institute

Soft Optical Systems as Biointegrated Technologies: From Biological Research to Clinical Health Care | Webinars

Advanced optoelectronic systems that can intimately integrate with soft living tissues have the potential to accelerate progress in biological researc

United statesJohna rogersJohn rogersFrederick seitz materials research laboratoryResearch to clinical health caretueAmerican academy of artsNational academy of scienceFranklin instituteHarvard university society of fellowsNational academy of medicineUniversity of illinoisUniversity of texas at austinNational academy of engineeringQuerrey simpson institute for bioelectronicsCondensed matter physics research departmentNorthwestern university

Microelectronics give researchers a remote control for biological robots

Microelectronics give researchers a remote control for biological robots
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United statesNorthwestern universityUniversity of illinoisYongdeok kimRashid bashirZhengwei liL brian staufferMattia gazzolaYoungdeok kimXiaotian zhangJohna rogersNational institutes of healthNational science foundationGrainger college of engineeringQuerrey simpson institute for bioelectronicsUniversity of houston

The Engineer - eBiobots mark breakthrough for bioelectronic robots

Researchers in the US have developed eBiobots, remotely controlled machines that combine soft materials, living muscle and microelectronics for the first time.

United statesNorthwestern universityUniversity of illinoisMattia gazzolaRashid bashirYoungdeok kimXiaotian zhangZhengwei liJohna rogersGrainger college of engineeringQuerrey simpson institute for bioelectronicsUniversity of illinois urbana champaignUniversity of houstonIllinois urbana champaignGrainger collegeQuerrey simpson institute

Miniature Biological Robots Learn a New Trick

The miniature biological robots walked initially; then, they witnessed the light; and, now, they have gained a new trick: remote control.

United statesNorthwestern universityUniversity of illinoisAimee molineuxYongdeok kimRashid bashirZhengwei liMattia gazzolaYoungdeok kimXiaotian zhangJohna rogersNational institutes of healthNational science foundationDean of the grainger college engineeringStudy coQuerrey simpson institute for bioelectronics