Abstract
In this paper, we proposed a 3D hybrid nanorobot for a single cell surgery including functional nanomaterials. We succeeded in fabricating the 3D hybrid nanorobot with a carbon nanotube (CNT) by using femtosecond laser exposure. CNT has high-efficient photothermal characteristics and it can be used for a cell puncture. As a feasibility study of the proposed single cell puncture, we performed the single cell puncture with this nanorobot by irradiating an IR laser on the CNT. The target cell was partially punctured with the size of approximately 10μm. We can realize the arbitrary local cell puncture with this hybrid nanorobot.
