TMVR provides tools for evaluation of the mitral valve and to provide measurements to aide the trained clinical user for TMVR treatment planning. The workflow includes optimized layouts and image reconstructions helpful in annulus evaluation. This includes optimal projections (2, 3, 4 chamber views), templates, as well as concise and user-directed steps and measurements. These measurements and steps all culminate to the treatment planning for TMVR (replacement of native valve) and TMVr (repair of native valve) utilizing embedded geometry matching approved and cleared devices.
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TMVR provides tools for evaluation of the mitral valve and to provide measurements to aide the trained clinical user for TMVR treatment planning. The workflow includes optimized layouts and image reconstructions helpful in annulus evaluation. This includes optimal projections (2, 3, 4 chamber views), templates, as well as concise and user-directed steps and measurements. These measurements and steps all culminate to the treatment planning for TMVR (replacement of native valve) and TMVr (repair of native valve) utilizing embedded geometry matching approved and cleared devices.
Select the appropriate series from the study.
Select "Load" from the data toolbar and select "TMVR."
TMVR provides tools for evaluation of the mitral valve and to provide measurements to aide the trained clinical user for TMVR treatment planning. The workflow includes optimized layouts and image reconstructions helpful in annulus evaluation. This includes optimal projections (2, 3, 4 chamber views), templates, as well as concise and user-directed steps and measurements. These measurements and steps all culminate to the treatment planning for TMVR (replacement of native valve) and TMVr (repair of native valve) utilizing embedded geometry matching approved and cleared devices.
Optional layouts are available including biplane.
Select the "MitralValve" workflow element to begin annulus measurements.
TMVR provides tools for evaluation of the mitral valve and to provide measurements to aide the trained clinical user for TMVR treatment planning. The workflow includes optimized layouts and image reconstructions helpful in annulus evaluation. This includes optimal projections (2, 3, 4 chamber views), templates, as well as concise and user-directed steps and measurements. These measurements and steps all culminate to the treatment planning for TMVR (replacement of native valve) and TMVr (repair of native valve) utilizing embedded geometry matching approved and cleared devices.
If needed, edit the axis the heart to align the mitral plane.
Segment the annular plane by dropping points along the mitral valve. Edit as necessary.
Repeat steps for additional phases.
Click the "Oblique" button to define the aortomitral angle.
TMVR provides tools for evaluation of the mitral valve and to provide measurements to aide the trained clinical user for TMVR treatment planning. The workflow includes optimized layouts and image reconstructions helpful in annulus evaluation. This includes optimal projections (2, 3, 4 chamber views), templates, as well as concise and user-directed steps and measurements. These measurements and steps all culminate to the treatment planning for TMVR (replacement of native valve) and TMVr (repair of native valve) utilizing embedded geometry matching approved and cleared devices.
3 Landmarks tool to define the aortic valve plane.
Select "Embedded Geometry" to move onto the next workflow element.
TMVR provides tools for evaluation of the mitral valve and to provide measurements to aide the trained clinical user for TMVR treatment planning. The workflow includes optimized layouts and image reconstructions helpful in annulus evaluation. This includes optimal projections (2, 3, 4 chamber views), templates, as well as concise and user-directed steps and measurements. These measurements and steps all culminate to the treatment planning for TMVR (replacement of native valve) and TMVr (repair of native valve) utilizing embedded geometry matching approved and cleared devices.
Select or customize your own virtual valve using embedded geometry and set offset preferences.
Select "Neo-LVOT" to move onto the next workflow element.
TMVR provides tools for evaluation of the mitral valve and to provide measurements to aide the trained clinical user for TMVR treatment planning. The workflow includes optimized layouts and image reconstructions helpful in annulus evaluation. This includes optimal projections (2, 3, 4 chamber views), templates, as well as concise and user-directed steps and measurements. These measurements and steps all culminate to the treatment planning for TMVR (replacement of native valve) and TMVr (repair of native valve) utilizing embedded geometry matching approved and cleared devices.
Centerline can be adjusted as necessary.
Post validation "neo-LVOT" is calculated. Area can be adjusted with familiar tools as needed.
Select "Results" to move onto the next workflow element.
TMVR provides tools for evaluation of the mitral valve and to provide measurements to aide the trained clinical user for TMVR treatment planning. The workflow includes optimized layouts and image reconstructions helpful in annulus evaluation. This includes optimal projections (2, 3, 4 chamber views), templates, as well as concise and user-directed steps and measurements. These measurements and steps all culminate to the treatment planning for TMVR (replacement of native valve) and TMVr (repair of native valve) utilizing embedded geometry matching approved and cleared devices.
On screen results can be exported to text file formats.
Dr. Michael Poon, Chief of Non-Invasive Cardiac Imaging at Lenox Hill Hospital
TeraRecon Headquarters
4309 Emperor Blvd, Suite 310
Durham, NC 27703
Tel: 650.372.1100
Fax: 650.372.1101
info@terarecon.com