首页> 外文期刊>ORL: Journal for oto-rhino-laryngology and its borderlands >Case report: respiratory inductance plethysmography as a monitor of ventilation during laser ablation and balloon dilatation of subglottic tracheal stenosis.
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Case report: respiratory inductance plethysmography as a monitor of ventilation during laser ablation and balloon dilatation of subglottic tracheal stenosis.

机译:病例报告:呼吸电感体积描记法可作为声门下气管狭窄激光消融和球囊扩张期间通气的监测器。

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摘要

We describe a 61-year-old female who underwent KTP laser ablation and CRE balloon dilatation of symptomatic idiopathic subglottic stenosis (50% obstruction). The procedure was conducted, using our standard approach for such cases, under total intravenous general anesthesia with subglottic high-frequency jet ventilation (HFJV) via Lindholm laryngoscope. The patient was enrolled in an ongoing investigational protocol in which respiratory inductance plethysmography (RIP; Ambulatory Monitoring Inc., Ardsley, N.Y., USA) bands were used to monitor ventilation in addition to pulse oximetry and visual inspection. HFJV instituted with an Acutronic Monsoon jet ventilator (Acutronic Medical, Hirzel, Switzerland) resulted in a rapid increase in RIP signal amplitude consistent with breath stacking and inadequate expiratory flow around the tight stenosis. High pressure alarms sounded and automatic cessation of jet ventilation ensued. After successful tracheal dilation under intermittent apnea, subsequent jet ventilation produced only modest RIP amplitude changes. RIP may be an important safety monitor during jet ventilation for patients with obstructive tracheal lesions to lessen the risk of both barotrauma and hypoventilation. RIP remains under active study by our group for this purpose.
机译:我们描述了一名61岁女性,他们接受了KTP激光消融和有症状的特发性声门下狭窄(50%阻塞)的CRE球囊扩张术。使用我们针对此类情况的标准方法,通过Lindholm喉镜在声门下高频喷射通气(HFJV)下进行全静脉全身麻醉下进行手术。该患者参加了一项正在进行的研究方案,在该方案中,除了使用脉搏血氧饱和度测定法和视觉检查外,还使用了呼吸电感体积描记法(RIP; Ambulatory Monitoring Inc.,Ardsley,N.Y。,美国)乐队来监测通气。 HFJV采用Acutronic Monsoon喷射呼吸机(瑞士Hirzel Acutronic Medical)进行安装,导致RIP信号幅度迅速增加,这与呼吸堆积和狭窄狭窄周围的呼气流量不足相一致。发出高压警报,随后自动停止喷射通风。在间歇性呼吸暂停下成功气管扩张后,随后的射流通气仅产生适度的RIP振幅变化。对于阻塞性气管病变的患者,RIP可能是喷射通气期间重要的安全监控器,以减少气压伤和通气不足的风险。 RIP为此仍在积极研究中。

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