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20160251 – A new craniotome design helps prevent dural tears during craniotomy procedures. The device uses high pressure liquid (e.g., sterile saline solution) to separate the dura from the cranium ahead of the craniotome in order to minimize the risk of the dura snagging on the dura guard. The concept could be marketed as either an entirely new craniotome design or an attachment to... Read More
20160374 – A lung biopsy tool features an endobronchial ultrasound (EBUS) sensor, LED illumination, a camera chip, steering capabilities and a flexible biopsy needle. Unique aspects of the device are the integrated camera chip (1x1mm Naneye camera) and LED illumination. The device is less than 2 mm in diameter and can therefore be deployed through the tool port of a standard bronchoscope. While... Read More
20160281 – An innovative needle design uses electrical impedance to indicate when a lumbar puncture or epidural needle has reached its desired target. Because electrical properties of various biological tissues, bone or fluids differ, measuring their electrical conductivity and electrical permittivity properties can differentiate between them. The needle features electrodes that sense the electrical... Read More
