Thomas Fuchs-Buder1, Réka Nemes, Denis Schmartz. 1. aDepartment of Anesthesia and Critical Care, Université de Lorraine, CHU Nancy, Hôpitaux de Brabois, Nancy, France bDepartment of Anesthesiology and Intensive Care, University of Debrecen, Debrecen, Hungary.
Abstract
PURPOSE OF REVIEW: To revise the current literature on concepts for neuromuscular block management. Moreover, consequences of incomplete neuromuscular recovery on patients' postoperative pulmonary outcome are evaluated as well. RECENT FINDINGS: The incidence of residual paralysis may be as high as 70% and even small degrees of residual paralysis may have clinical consequences. Neostigmine should not be given before return of the fourth response of the train-of-four-stimulation and no more than 40-50 μg/kg should be given. Sugammadex acts more rapidly and more predictably than neostigmine. Finally, there is convincing evidence in the literature that incomplete neuromuscular recovery may lead to a poor postoperative pulmonary outcome. SUMMARY: New evidence has emerged about the pathophysiological implications of incomplete neuromuscular recovery. Not only are the pulmonary muscles functionally impaired, but respiratory control is also affected. Residual paralysis endangers the coordination of the pharyngeal muscles and the integrity of the upper airway. However, neuromuscular monitoring and whenever needed pharmacological reversal prevent residual paralysis.
PURPOSE OF REVIEW: To revise the current literature on concepts for neuromuscular block management. Moreover, consequences of incomplete neuromuscular recovery on patients' postoperative pulmonary outcome are evaluated as well. RECENT FINDINGS: The incidence of residual paralysis may be as high as 70% and even small degrees of residual paralysis may have clinical consequences. Neostigmine should not be given before return of the fourth response of the train-of-four-stimulation and no more than 40-50 μg/kg should be given. Sugammadex acts more rapidly and more predictably than neostigmine. Finally, there is convincing evidence in the literature that incomplete neuromuscular recovery may lead to a poor postoperative pulmonary outcome. SUMMARY: New evidence has emerged about the pathophysiological implications of incomplete neuromuscular recovery. Not only are the pulmonary muscles functionally impaired, but respiratory control is also affected. Residual paralysis endangers the coordination of the pharyngeal muscles and the integrity of the upper airway. However, neuromuscular monitoring and whenever needed pharmacological reversal prevent residual paralysis.
Authors: Stavros G Memtsoudis; Crispiana Cozowicz; Mahesh Nagappa; Jean Wong; Girish P Joshi; David T Wong; Anthony G Doufas; Meltem Yilmaz; Mark H Stein; Megan L Krajewski; Mandeep Singh; Lukas Pichler; Satya Krishna Ramachandran; Frances Chung Journal: Anesth Analg Date: 2018-10 Impact factor: 5.108