{"title":"Capnography Should Be Mandatory Monitoring For Moderate Sedation.","authors":"John P Schmitz","doi":"","DOIUrl":null,"url":null,"abstract":"<p><p>Background There has been increasing concern by the American Dental Association, state dental boards, regional legislators, and specialty groups about the current state of dental anesthesia. Specific interest has surrounded methods to improve patient safety during parental sedation and anesthesia. Many times in the history of dental anesthesia, monitoring advances begin in the hospital for general anesthesia, then downscale, become smaller, and find utility in outpatient anesthesia. Monitoring advances ultimately have been shown to improve patient safety and are subsequently universally adopted. Practitioners should be aware that an anesthetic spectrum exists in parenteral sedation and anesthesia. For instance, there is data suggesting that a large number of patients planned for moderate sedation, may progress to deep sedation during which ventilation is impaired. With each individual patient responding differently to the administration of oral sedatives, intravenous anesthesia agents, or inhalational agents, anesthetics can have the effect of sedation, analgesia, hypertension, hypotension, combativeness, amnesia, apnea, or any one of many other more life-threatening events. It is incumbent upon all dental anesthesia providers to offer the highest spectrum of anesthesia monitoring and care currently available to prevent sedation effects from progressing to more serious situations. The most recent advance in anesthesia monitoring is capnography. It has been used in the operating room for many years to verify endotracheal tube placement. The capnogram provides information about respiratory rate and effectiveness, as well as end-tidal carbon dioxide values. Since 2011, the American Society of Anesthesiologists, and other prominent anesthesia organizations, have mandated capnography for use in moderate sedation. Most recently, the Oregon Board of Dentistry mandated capnography for all licensees performing moderate sedation effective Jan. 1, 2016. Capnography is also used in cardiopulmonary resuscitation and is advocated by the American Heart Association as an indicator of return of spontaneous circulation. Conclusions: Given the current regulatory environment concerning patient safety and monitoring during dental anesthesia, capnography should be a mandatory monitoring requirement for any dentist performing moderate sedation in the office. This instrumentation is easily added to any dental sedation monitoring armamentarium as a stand-alone unit or as a vital signs monitor upgrade and will demonstrate to the public and legislators that the dental profession is in alignment with monitoring recommendations of other anesthesia organizations.</p>","PeriodicalId":74919,"journal":{"name":"Texas dental journal","volume":"134 2","pages":"100-107"},"PeriodicalIF":0.0000,"publicationDate":"2017-02-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Texas dental journal","FirstCategoryId":"1085","ListUrlMain":"","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
Background There has been increasing concern by the American Dental Association, state dental boards, regional legislators, and specialty groups about the current state of dental anesthesia. Specific interest has surrounded methods to improve patient safety during parental sedation and anesthesia. Many times in the history of dental anesthesia, monitoring advances begin in the hospital for general anesthesia, then downscale, become smaller, and find utility in outpatient anesthesia. Monitoring advances ultimately have been shown to improve patient safety and are subsequently universally adopted. Practitioners should be aware that an anesthetic spectrum exists in parenteral sedation and anesthesia. For instance, there is data suggesting that a large number of patients planned for moderate sedation, may progress to deep sedation during which ventilation is impaired. With each individual patient responding differently to the administration of oral sedatives, intravenous anesthesia agents, or inhalational agents, anesthetics can have the effect of sedation, analgesia, hypertension, hypotension, combativeness, amnesia, apnea, or any one of many other more life-threatening events. It is incumbent upon all dental anesthesia providers to offer the highest spectrum of anesthesia monitoring and care currently available to prevent sedation effects from progressing to more serious situations. The most recent advance in anesthesia monitoring is capnography. It has been used in the operating room for many years to verify endotracheal tube placement. The capnogram provides information about respiratory rate and effectiveness, as well as end-tidal carbon dioxide values. Since 2011, the American Society of Anesthesiologists, and other prominent anesthesia organizations, have mandated capnography for use in moderate sedation. Most recently, the Oregon Board of Dentistry mandated capnography for all licensees performing moderate sedation effective Jan. 1, 2016. Capnography is also used in cardiopulmonary resuscitation and is advocated by the American Heart Association as an indicator of return of spontaneous circulation. Conclusions: Given the current regulatory environment concerning patient safety and monitoring during dental anesthesia, capnography should be a mandatory monitoring requirement for any dentist performing moderate sedation in the office. This instrumentation is easily added to any dental sedation monitoring armamentarium as a stand-alone unit or as a vital signs monitor upgrade and will demonstrate to the public and legislators that the dental profession is in alignment with monitoring recommendations of other anesthesia organizations.
美国牙科协会、州牙科委员会、地区立法者和专业团体对牙科麻醉的现状越来越关注。在父母镇静和麻醉过程中,如何提高患者的安全性已引起了人们的特别关注。在牙科麻醉的历史上,很多时候,监测的进步始于医院的全身麻醉,然后缩小规模,并在门诊麻醉中得到应用。监测方面的进展最终已被证明可改善患者安全,并随后被普遍采用。从业者应该意识到,麻醉谱存在于肠外镇静和麻醉中。例如,有数据表明,大量计划进行中度镇静的患者可能进展为深度镇静,在此期间通气受损。由于每位患者对口服镇静剂、静脉麻醉药或吸入麻醉药的反应不同,麻醉药可能具有镇静、镇痛、高血压、低血压、对抗、健忘症、呼吸暂停或许多其他更危及生命的事件中的任何一种的作用。所有牙科麻醉提供者都有责任提供目前可用的最高范围的麻醉监测和护理,以防止镇静作用发展到更严重的情况。麻醉监测的最新进展是血管造影。它已用于手术室多年,以验证气管内管的放置。血糖图提供有关呼吸速率和有效性的信息,以及潮汐末二氧化碳值。自2011年以来,美国麻醉师学会(American Society of Anesthesiologists)和其他著名的麻醉组织已经要求在中度镇静中使用血管造影。最近,俄勒冈州牙科委员会规定,从2016年1月1日起,所有获得许可的人都必须进行适度镇静检查。Capnography也用于心肺复苏,美国心脏协会提倡将其作为自然循环恢复的指标。结论:考虑到目前关于患者安全和牙科麻醉监测的监管环境,对于任何在办公室进行中度镇静的牙医来说,血管造影应该是一项强制性的监测要求。这种仪器可以很容易地添加到任何牙科镇静监测设备中,作为一个独立的单元或作为生命体征监测升级,并将向公众和立法者证明牙科专业与其他麻醉组织的监测建议是一致的。