Fabrication of highly conductive hydrogel-patterned nanofiber for bioelectronics device applications

... Our findings suggest that 3D printable conductive hydrogels can be widely applicable to neural tissue engineering field. Also, we are going on to study the patterning on the electrospun nanofiber surface with developed conductive hydrogel for in vivo electrophysiological signal recording.

The poster is here: L0K28002-Fabrication of highly conductive hydrogel-patterned nanofiber for bioelectronics device applications.pdf