https://www.selleckchem.com/
Depth electrode implantation for invasive monitoring in epilepsy surgery has become a standard procedure. We describe a new frameless stereotactic intervention using robot-guided laser beam for making precise bone channels for depth electrode placement. A laboratory investigation on a head cadaver specimen was performed using a CT scan planning of depth electrodes in various positions. Precise bone channels were made by a navigated robot-driven laser beam (erbiumyttrium aluminum garnet [ErYAG], 2.94-μm wavelength,) instead of twist drill holes. Entry poin
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