Falor W H, Miller J, Kraus J, Fannin S, Greczanik V, Crocker N, Taylor B
J Thorac Cardiovasc Surg. 1986 May;91(5):716-22.
A 24 hour computerized four-channel esophagopharyngeal pH system is described. Using a 1.5 mm diameter esophageal probe containing four separate antimony-tipped electrodes and a small patient-worn digital recording computer, inpatient and outpatient studies are performed in the physiologic environment of the patient's workplace or home. Stored pH data in the computer are teletransmitted from satellite esophageal pH laboratories to a central esophageal pH laboratory for analysis, scoring, printout, and storage. Satellite laboratories located in hospitals, clinics, and physicians' offices use a minimum of equipment and obtain a quality computer-based printout. This preserves patient-physician relationships in the home environment and is cost-effective. Four case reports are presented identifying the advantages derived from the four-channel system localizing and quantifying the extent of cephalad transport of refluxed upper gastrointestinal content. The system has unique clinical and research potential in all age groups in such disparate problems as sleep apnea, laryngitis, bradycardia and cardiac irregularities, and aspiration pneumonia and pulmonary abscess.
描述了一种24小时计算机化四通道食管咽pH系统。使用一个直径1.5毫米的食管探头,其中包含四个独立的锑电极,以及一个患者佩戴的小型数字记录计算机,在患者工作场所或家中的生理环境中进行住院和门诊研究。计算机中存储的pH数据从卫星食管pH实验室远程传输到中央食管pH实验室进行分析、评分、打印和存储。位于医院、诊所和医生办公室的卫星实验室使用最少的设备,并获得基于计算机的高质量打印输出。这在家庭环境中保持了医患关系,并且具有成本效益。给出了四个病例报告,确定了四通道系统在定位和量化反流的上消化道内容物向头侧输送程度方面的优势。该系统在所有年龄组中对于诸如睡眠呼吸暂停、喉炎、心动过缓和心律失常以及吸入性肺炎和肺脓肿等不同问题具有独特的临床和研究潜力。