the operating room of the future will be based on the integration of all these promising new technologies into a high-technology environment in which neurosurgery, especially minimally invasive neurosurgery, will be performed under multimodal image guidance. This environment will combine information from multiple preoperative and intraoperative sources. Augmented visibility or reality representation can be achieved from these resources. Real-time updating of the image database will be required to follow the progress of the procedures and to find exact boundaries of the lesions.
Tomasello, F., Conti, A. (2014). The Promise of Multimodal Image Guidance in Neurosurgery. WORLD NEUROSURGERY, 82(1-2), 183-184 [10.1016/j.wneu.2014.02.021].
The Promise of Multimodal Image Guidance in Neurosurgery
TOMASELLO, Francesco;CONTI, Alfredo
2014
Abstract
the operating room of the future will be based on the integration of all these promising new technologies into a high-technology environment in which neurosurgery, especially minimally invasive neurosurgery, will be performed under multimodal image guidance. This environment will combine information from multiple preoperative and intraoperative sources. Augmented visibility or reality representation can be achieved from these resources. Real-time updating of the image database will be required to follow the progress of the procedures and to find exact boundaries of the lesions.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.