51. Advancements in the use of manometry and impedance testing for esophageal functional disorders
- Author
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Patrizia Zentilin, Elisa Marabotto, Brigida Barberio, Gaia Pellegatta, Edoardo Savarino, Vincenzo Savarino, Marzio Frazzoni, Giorgia Bodini, Nicola de Bortoli, Andrea Ottonello, Matteo Ghisa, Salvatore Tolone, Manuele Furnari, Marco Della Coletta, Savarino, E., Marabotto, E., Bodini, G., Furnari, M., Della Coletta, M., Ghisa, M., Barberio, B., Frazzoni, M., De Bortoli, N., Zentilin, P., Pellegatta, G., Tolone, S., Ottonello, A., and Savarino, V.
- Subjects
Impedance testing ,esophageal motor disorders ,Manometry ,Prognosi ,Predictive Value of Test ,esophageal function ,HRM combined with impedance ,Esophageal Disease ,Esophageal Diseases ,Esophagu ,Esophageal function ,03 medical and health sciences ,0302 clinical medicine ,Esophagus ,Predictive Value of Tests ,Electric Impedance ,Pressure ,Medicine ,Humans ,esophageal motor disorder ,Chicago Classification ,high-resolution manometry ,impedance technology ,manometric evaluation ,High resolution manometry ,Hepatology ,business.industry ,Gastroenterology ,Prognosis ,Deglutition ,030220 oncology & carcinogenesis ,030211 gastroenterology & hepatology ,Gastrointestinal Motility ,business ,Biomedical engineering ,Human - Abstract
Introduction. The utilization of high-resolution manometry (HRM) has enhanced our understanding and assessment of esophageal motor disorders. Moreover, the combination of impedance technology with HRM (HRIM) has further improved our knowledge of esophageal physiology and the clinical evaluation of dysmotility, thanks to the addition of accurate measurement of bolus transit. Areas covered. This paper provides an overview of current knowledge in the use of HRIM for the study of esophageal functional disorders by reporting mainly the results of many publications and several systematic reviews in this field. Expert opinion. HRIM has represented a relevant improvement in the assessment of esophageal motility and has required the development of new metrics, such as the esophageal impedance integral ratio, the bolus flow time, the nadir impedance pressure and the impedance bolus height, which increase the evaluation of esophageal bolus transit. An extension of impedance is represented by functional lumen imaging probe (FLIP), which determines the biophysical properties and the distensibility of the esophagus and permits to detect contractility patterns not seen on HRM alone. We eagerly wait for a new and fruitful iteration of the Chicago Classification, now in version 3.0, which can cover the ongoing clinical experience of HRIM.
- Published
- 2019