Keynote Talk by Prof. Hongsoo Choi at ICRA 2021
ICRA 2021 Keynote Talk by Prof. Hongsoo Choi on “A Magnetically Controlled Microrobot based on Guidewire for the Rapid and Precise Treatment of Vascular Diseases” Go to link
마이크로로봇, 언제쯤 몸속으로 들어갈 수 있을까? / 금요일에과학터치
Hongsoo Choi’s talk related to the microrobot Go to link
[Video] The pulling motion of the Cellbot in a microfluidic channel
Video of ‘The pulling motion of the Cellbot in a microfluidic channel’ (Advanced Healthcare Materials, 6/2021)
[Video] The rolling motion of the Cellbot in a microfluidic channel
Video of ‘The rolling motion of the Cellbot in a microfluidic channel’ (Advanced Healthcare Materials, 6/2021)
[Video] Propagating APs evoked by ES between 2 separate NC
Video of ‘Propagating action potentials evoked by electrical stimulation at the site with the microrobot between 2 separate neural clusters’ (Science Advances, 9/2020)
[Video] Neural activity response by ES at different sites without connections
Video of ‘Neural activity response by electrical stimulation at 2 different sites without connections on an array of neural clusters’ (Science Advances, 9/2020)
[Video] Propagating APs evoked by ES at 4 different sites on an ANC with MR
Video of ‘Propagating action potentials evoked by electrical stimulation at 4 different sites on an array of neural clusters with the microrobot’ (Science Advances, 9/2020)
[Video] Propagating APs evoked by ES at 2 different sites without the MR
Video of ‘Propagating action potentials evoked by electrical stimulation at 2 different sites in the separate neural clusters without the microrobot’ (Science Advances, 9/2020)
[Video] Magnetic manipulation of MR on an HD-MEA chip using a RMF
Video of ‘Magnetic manipulation of the microrobot with microgrooves on an HD-MEA chip with an array of neural clusters using a rotating magnetic field’ (Science Advances, 9/2020)
[Video] Magnetic manipulation of MR on glass substrate using a RMF
Video of ‘Magnetic manipulation of the microrobot with microgrooves on a glass substrate with an array of neural clusters using a rotating magnetic field’ (Science Advances, 9/2020)