Abstract

GUADARRAMA-BUSTAMANTE, Verónica et al. Impact of intravenous anesthesia in robotic surgery for high-risk patient undergoing long-term oncologic surgery at the Naval Medical Center. Rev. mex. anestesiol. [online]. 2021, vol.44, n.3, pp.215-224.  Epub Oct 04, 2021. ISSN 0484-7903.

The practice of robotic surgery is a complex process, involving development and technology; not only in the surgery field but also in the anesthesiology field. It implies a multifactorial process since it has generated a drastic multidisciplinary change based on state-of-the-art technology; which aims to offer better conditions during perioperative management in robotic surgery. Intravenous Total Anesthesia accomplishes specific objectives in relation to patient position, brain relaxation, neuroprotection, hemodynamics, loss and recovery of consciousness, neuromuscular paralysis, ventilatory parameters, providing safety and quality during the procedure; with minimal intervention during electrophysiological monitoring and enabling anesthetic depth to be modulated from neurosedation to general anesthesia, according to the different stages of the surgery. A factor attributable to modern anesthesia for robotic surgery success is to employ different anesthetic agents promoting induction, maintenance of general anesthesia, smother and faster anesthetic emersion, for the purpose of reducing recovery time of the state of consciousness), basic and psychomotor functions; as is the general multimodal anesthesia.

Keywords : Da Vinci Surgical robot Xi; robotic surgery; bladder cancer; BIS; NIRS; TOF; total intravenous anesthesia; multimodal general anesthesia.

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