Allows for volumetric analysis of ejection fraction, flow dynamics, and temporal enhancement of the myocardium. Our advanced visualization solution can support Radiologist and Cardiologist workflows. Other key features include semi-automatic LV/RV inner and outer contour detection, stroke/volume index calculation, AHA 17 segmentation and cardiac cycle color motion map display. For dynamic flow studies, multiple region of interest selection and background noise correction are also supported. TeraRecon iNtuition Solution Clinical Packages include iNtuition and AquariusAPS.
*All offerings are subject to availability and regulatory clearance, which may vary by country. Please verify product statues with your local TeraRecon representative.
Right and left ventricular analysis helps clinicians review cardiac function by providing multi-phasic review of MR images. Automated contouring allows fast and efficient review and confirmation of these key results:
Right and left ventricular analysis helps clinicians review cardiac function by providing multi-phasic review of MR images. Automated contouring allows fast and efficient review and confirmation of these key results:
Right and left ventricular analysis helps clinicians review cardiac function by providing multi-phasic review of MR images. Automated contouring allows fast and efficient review and confirmation of these key results:
Manually select ED and ES phases as needed.
Right and left ventricular analysis helps clinicians review cardiac function by providing multi-phasic review of MR images. Automated contouring allows fast and efficient review and confirmation of these key results:
Papillary muscles automatically segmented.
Edit papillary muscle threshold and verify segmentation.
Right and left ventricular analysis helps clinicians review cardiac function by providing multi-phasic review of MR images. Automated contouring allows fast and efficient review and confirmation of these key results:
Cardiac Cine Output options.
The MR Flow workflow provides quantitative flow analysis on phase-contrast MR images. It provides semi-automatic contour detection, and may be utilized for various vessels or anatomical regions including valves or shunts. Key measurements include the following:
The MR Flow workflow provides quantitative flow analysis on phase-contrast MR images. It provides semi-automatic contour detection, and may be utilized for various vessels or anatomical regions including valves or shunts. Key measurements include the following:
Click on the area of interest. The ROI will be created automatically.
The MR Flow workflow provides quantitative flow analysis on phase-contrast MR images. It provides semi-automatic contour detection, and may be utilized for various vessels or anatomical regions including valves or shunts. Key measurements include the following:
Baseline correction options.
The MR Flow workflow provides quantitative flow analysis on phase-contrast MR images. It provides semi-automatic contour detection, and may be utilized for various vessels or anatomical regions including valves or shunts. Key measurements include the following:
The MR Flow workflow provides quantitative flow analysis on phase-contrast MR images. It provides semi-automatic contour detection, and may be utilized for various vessels or anatomical regions including valves or shunts. Key measurements include the following:
Customizable color templates.
TeraRecon's iNtuition DE Workflow assists clinicians in evaluating early and late contrast-enhanced data to evaluate cardiac tissue for an enhancement delay or lack of enhancement; which could indicate viability, scarring and other pathology.
Key results include:
TeraRecon's iNtuition DE Workflow assists clinicians in evaluating early and late contrast-enhanced data to evaluate cardiac tissue for an enhancement delay or lack of enhancement; which could indicate viability, scarring and other pathology.
Key results include:
TeraRecon's iNtuition DE Workflow assists clinicians in evaluating early and late contrast-enhanced data to evaluate cardiac tissue for an enhancement delay or lack of enhancement; which could indicate viability, scarring and other pathology.
Key results include:
TeraRecon's iNtuition DE Workflow assists clinicians in evaluating early and late contrast-enhanced data to evaluate cardiac tissue for an enhancement delay or lack of enhancement; which could indicate viability, scarring and other pathology.
Key results include:
TeraRecon's iNtuition DE Workflow assists clinicians in evaluating early and late contrast-enhanced data to evaluate cardiac tissue for an enhancement delay or lack of enhancement; which could indicate viability, scarring and other pathology.
Key results include:
Exportable measurements and measurement options.
The T1 mapping workflow aids clinician in evaluating T1 Look-Locker, Modified Look-Locker and MOLLI sequences for cardiac indications. Key results include:
The T1 mapping workflow aids clinician in evaluating T1 Look-Locker, Modified Look-Locker and MOLLI sequences for cardiac indications. Key results include:
The T1 mapping workflow aids clinician in evaluating T1 Look-Locker, Modified Look-Locker and MOLLI sequences for cardiac indications. Key results include:
Add and edit contours on each series.
The T1 mapping workflow aids clinician in evaluating T1 Look-Locker, Modified Look-Locker and MOLLI sequences for cardiac indications. Key results include:
Add blood pool ROI and input values as needed.
The T1 mapping workflow aids clinician in evaluating T1 Look-Locker, Modified Look-Locker and MOLLI sequences for cardiac indications. Key results include:
Customizable color templates
The T2/T2* Mapping workflow offers a single workflow that supports either T2 or T2* data for cardiac evaluation. The key results include:
Load series to T1 or T2 mapping workflow.
The T2/T2* Mapping workflow offers a single workflow that supports either T2 or T2* data for cardiac evaluation. The key results include:
Add and edit contours.
Right mouse click to copy to all phases.
Press "Next" to continue workflow.
The T2/T2* Mapping workflow offers a single workflow that supports either T2 or T2* data for cardiac evaluation. The key results include:
Results by segment or pixel-wise.
Dr. Michael Poon, Chief of Non-Invasive Cardiac Imaging at Lenox Hill Hospital
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TeraRecon Headquarters
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Tel: 650.372.1100
Fax: 650.372.1101
info@terarecon.com
