Titlebook: Introduction to Robotics in Minimally Invasive Neurosurgery; Mohammed Maan Al-Salihi,R. Shane Tubbs,Mohammad Ma Book 2022 The Editor(s) (i

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Robotics in Cerebrovascular and Endovascular Neurosurgery,orefront of this cutting-edge technology. Here, we provide a broad overview of these innovations in vascular neurosurgery for both practitioners familiar with robotics and those seeking further edification on the subject. Technologies under development for cerebrovascular and endovascular neurosurge

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Robotics in Stereotactic Neurosurgery,is typically performed with mechanical aiming devices, the increasing indication spectrum coupled with a growing demand for fast, reliable, and accurate treatment has instigated the search for alternatives to conventional stereotactic guiding systems. Following its first introduction in 1985, stereo

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Robotics in Neuroendoscopy,oendoscopy..This chapter provides an overview of robotics applied to the different fields of cranial neuroendoscopy. It describes the advantages and disadvantages of reported preclinical prototypes and reviews the few clinical studies that have described robotics as applied to neuroendoscopic crania

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Nanorobots in Neurosurgery,is scale as encompassing elements between 1 and 100 nm. Nanorobotics is the field of nanotechnology concerned with the design and creation of versatile robots at the molecular or cellular level..Nanorobots directed by different forms of energy are capable of obtaining cellular tissue biopsies and of

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Artificial Intelligence and the Internet of Things in the Neurosurgical Operating Theater,practice significantly, pushing the limits of diagnostics, decision making, and prognostication, and allowing more accurate interventions to be performed with fewer errors. AI and machine learning offer the potential for automation. In addition, owing to the broad distribution of powerful, portable

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Surgeon-Supporting Robots,re precise techniques and adequate positions. Therefore, surgeon-supporting robots can reduce fatigue and maintain the surgeon’s position. Commercially available robots for such purposes have now been introduced..iArmS is the arm supporting robot. The armrest of the iArmS automatically follows the p

Spinous-Process

Augmented and Virtual Reality Training Simulators for Robotic Neurosurgery,e adept at performing robotic procedures, entailing reduction of the associated costs and maximization of patient safety. In this chapter, we propose that augmented or virtual reality training systems can be designed to facilitate the training of these surgical procedures. We will highlight some of

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