Overview

High resolution and 3D manometry

The ManoScan™ ESO high resolution manometry system enables full evaluation of the motor functions of the esophagus.1 The system provides useful information to support diagnosis of conditions like dysphagia, achalasia, and hiatal hernia.2,3,4 By quantifying the contractions of the esophagus and its sphincters, this procedure helps you get a more complete esophageal pressure profile of your patients.1,2,5

ManoScan™ system billing and coding guidelines

View Guide

Our comprehensive system

ManoScan™ acquisition software

ManoScan™ provides the capability of viewing data from all high-resolution sensor channels simultaneously as a contour map in real-time, or as line tracings selectable for any location along the sensors.

ManoView™ ESO analysis software

This software provides necessary tools for detailed analysis of pressure, impedance, and/or video data acquired during ManoScan™ procedures. The program is intended to provide stand-alone and enhanced funtionality relative to the analysis capability incorporated in the ManoScan™ ESO system software.

ManoScan™ hardware modules

The ManoScan™ HRM modules provide high-resolution and/or 3D (three dimensional) display of the pressure and impedance data.

ManoShield™ disposable catheter sheath

Latex-free, disposable, catheter protector cover

ManoScan™ ESO high resolution manometry catheters

ManoScan™ ESO high resolution manometry catheters allow you to obtain a high-resolution and three dimensional map of pressure levels within the GI tract.6 The catheters create a pressure image using 36 channels and 432 points of measurement.

 

Technology

An innovative motility testing solution

  • Data is depicted in Clouse plots, providing visualization similar to that of radiographic or endoscopic evaluations.2
  • Topographical visualization may provide information for diagnosis early in the evaluation process.2
  • Obtain a high-resolution and three dimensional map of pressure levels within the GI tract.6
  • Can demonstrate the respiratory inversion point and LES to further aid in diagnosis of hiatal hernia.4
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Order Information
ORDER CODE DESCRIPTION UNIT OF MEASURE QUANTITY
800022 ManoScan™ ESO acquisition software Each 1
800024 ManoScan™ AR acquisition software Each 1
409990084 ManoView™ ESO v3.0.1 analysis software Each 1
MSS-3599 ManoShield™ AR disposable catheter sheaths Box 10
MSS-2155 ManoShield™ disposable catheter sheaths Box 20
MSS-4360 ManoShield™ AR 3D disposable catheter sheaths Box 20
MSS-4581-3D ManoShield™ AR 3D disposable catheter sheaths Box 10
MSC-1286 High-resolution esophageal catheter
36 channel circumferential solid-state catheter with 4.2 mm diameter, 1.0 cm spacing between adjacent sensors
Each 1
MSC-3885-3D ManoScan™ 3D anorectal catheter
16 circumferential sensing regions with 256 total sensors, central balloon inflation lumen, 10 mm diameter solid-state three-dimensional anorectal catheter. Includes three samples of the ManoShield™ disposable catheter sheaths.
Each 1
MSC-3886 High-resolution esophageal small diameter catheter, 7.5 mm spacing
36 channel circumferential solid-state catheter with 2.75 mm diameter and 7.5 mm spacing between adjacent sensors
Each 1
MSC-3887 High-resolution esophageal small diameter adult catheter, 10 mm spacing
36 channel circumferential solid-state catheter with 2.75 mm diameter and 10 mm spacing between adjacent sensors
Each 1
MSC-2192 High-resolution 12 channel anorectal catheter
Circumferential solid-state catheter with 4.2 mm diam, 6 mm spacing between sensors; 10 sphincter sensors and 2 balloon sensors
Each 1
MSC-2195 High-resolution 8 channel anorectal catheter
Circumferential solid-state catheter with 4.2 mm diam, 6 mm spacing between sensors; 7 sphincter sensors and 1 balloon sensor
Each 1
MSC-3890-Z High-resolution esophageal catheter with impedance
High-resolution solid-state esophageal catheter with 36 channels of circumferential pressure sensors and 18 impedance channels, 4.2 mm
Each 1

Order Information

  • 1. Kahrilas P, et al. Esophageal motor disorders in terms of high- resolution esophageal pressure topography: what has changed? Am J Gastroenterology. 2010;105:981-987.

  • 2. Bansal A, et al. Has high–resolution manometry changed the approach to esophageal motility disorders? Curr Opin Gastroenterol. 2010;26;344-351.

  • 3. Pandolfino JE, Kahrilas PJ. AGA medical position statement. Clinical use of esophageal manometry. Gastroenterology. 2005;128:207-208.

  • 4. Kohn, et al. Guidelines for the management of hiatal hernia. Surg. Endosc. 2013; 27:4409–4428 https://www.sages.org Page 6.

     View Abstract
  • 5. Fox MR, Bredenoord AJ. Oesophageal high–resolution manometry: moving from research into clinical practice. Gut. 2008;57(3):405-423.

  • 6. ManoScan™ user guide. DOC-2551-08. June 2021.