High resolution manometry in esophageal disorders

Esophageal manometry is one of the main axes in diagnostic armamentarium that deals with esophageal motility disorders, next to endoscopic and radiological methods. Traditional, conventional manometry, has greatly been replaced by a modern technique, high resolution manometry which enables not only...

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Autores principales:	Agata Ladić, Alemka Jaklin-Kekez2, Nadan Rustemović, Željko Krznarić
Formato:	article
Lenguaje:	EN HR
Publicado:	Hrvatski liječnički zbor 2021
Materias:	esophageal motility disorders – classification diagnosis physiopathology; esophagus – physiopathology; peristalsis; manometry – instrumentation Medicine (General) R5-920
Acceso en línea:	https://doaj.org/article/11981122f7a04aa39320f8127e03847e
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id	oai:doaj.org-article:11981122f7a04aa39320f8127e03847e
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spelling	oai:doaj.org-article:11981122f7a04aa39320f8127e03847e2021-12-03T09:15:56ZHigh resolution manometry in esophageal disorders10.26800/LV-143-3-4-70024-34771849-2177https://doaj.org/article/11981122f7a04aa39320f8127e03847e2021-04-01T00:00:00Zhttps://lijecnicki-vjesnik.hlz.hr/lijecnicki-vjesnik/manometrija-visoke-rezolucije-u-dijagnostici-bolesti-jednjaka/https://doaj.org/toc/0024-3477https://doaj.org/toc/1849-2177Esophageal manometry is one of the main axes in diagnostic armamentarium that deals with esophageal motility disorders, next to endoscopic and radiological methods. Traditional, conventional manometry, has greatly been replaced by a modern technique, high resolution manometry which enables not only better spatiotemporal signal resolution and compatibility, but also shortens the time of the procedure which is extremely important for patients undergoing it. Two catheters are being used, solid state and water perfused. Both record pressures within the esophageal lumen and both esophageal sphincters. Contemporary technology has also enabled incorporation of impedance sensors into the catheter. Impedance is based on resistance changes to liquid or food boluses.These changes help in bolus transit evaluation, reducing the need for ionization procedures. Each examined bolus (liquid or solid) is evaluated according to Chicago classification criteria and parameters that are within these criteria. According to the third version of the Classification, functional esophageal disorders are divided into EGJ outflow obstruction disorders, major peristaltic and minor peristaltic disorders. Introduction of this methodology, but also the continuous update of Chicago classification, help in timely diagnosis and further treatment of all the more frequently diagnosed functional esophageal disordersAgata LadićAlemka Jaklin-Kekez2Nadan RustemovićŽeljko KrznarićHrvatski liječnički zborarticleesophageal motility disorders – classificationdiagnosisphysiopathology; esophagus – physiopathology; peristalsis; manometry – instrumentationMedicine (General)R5-920ENHRLiječnički vjesnik, Vol 143, Iss 3-4, Pp 113-119 (2021)
institution	DOAJ
collection	DOAJ
language	EN HR
topic	esophageal motility disorders – classification diagnosis physiopathology; esophagus – physiopathology; peristalsis; manometry – instrumentation Medicine (General) R5-920
spellingShingle	esophageal motility disorders – classification diagnosis physiopathology; esophagus – physiopathology; peristalsis; manometry – instrumentation Medicine (General) R5-920 Agata Ladić Alemka Jaklin-Kekez2 Nadan Rustemović Željko Krznarić High resolution manometry in esophageal disorders
description	Esophageal manometry is one of the main axes in diagnostic armamentarium that deals with esophageal motility disorders, next to endoscopic and radiological methods. Traditional, conventional manometry, has greatly been replaced by a modern technique, high resolution manometry which enables not only better spatiotemporal signal resolution and compatibility, but also shortens the time of the procedure which is extremely important for patients undergoing it. Two catheters are being used, solid state and water perfused. Both record pressures within the esophageal lumen and both esophageal sphincters. Contemporary technology has also enabled incorporation of impedance sensors into the catheter. Impedance is based on resistance changes to liquid or food boluses.These changes help in bolus transit evaluation, reducing the need for ionization procedures. Each examined bolus (liquid or solid) is evaluated according to Chicago classification criteria and parameters that are within these criteria. According to the third version of the Classification, functional esophageal disorders are divided into EGJ outflow obstruction disorders, major peristaltic and minor peristaltic disorders. Introduction of this methodology, but also the continuous update of Chicago classification, help in timely diagnosis and further treatment of all the more frequently diagnosed functional esophageal disorders
format	article
author	Agata Ladić Alemka Jaklin-Kekez2 Nadan Rustemović Željko Krznarić
author_facet	Agata Ladić Alemka Jaklin-Kekez2 Nadan Rustemović Željko Krznarić
author_sort	Agata Ladić
title	High resolution manometry in esophageal disorders
title_short	High resolution manometry in esophageal disorders
title_full	High resolution manometry in esophageal disorders
title_fullStr	High resolution manometry in esophageal disorders
title_full_unstemmed	High resolution manometry in esophageal disorders
title_sort	high resolution manometry in esophageal disorders
publisher	Hrvatski liječnički zbor
publishDate	2021
url	https://doaj.org/article/11981122f7a04aa39320f8127e03847e
work_keys_str_mv	AT agataladic highresolutionmanometryinesophagealdisorders AT alemkajaklinkekez2 highresolutionmanometryinesophagealdisorders AT nadanrustemovic highresolutionmanometryinesophagealdisorders AT zeljkokrznaric highresolutionmanometryinesophagealdisorders
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High resolution manometry in esophageal disorders

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