ACUSON SC2000™ eSie Valves

In this video, I would like to review with you Siemens Easy Valve software. We were going to use easy Valve to model an aortic valve for a pre Tabor screening. At this point you would have already done a 40 acquisition of the Aerotique valve. Your next step will be to hover over the image on the thumbnail, do a right click on your next key and launch easy valves. At this point, it's going to be 3 easy steps. Step number one. Will be to align at the aerotique valve. Step number two will be to find mid systole where the annulus will be at at its largest. And step #3 will be detect aortic valve. At this point, within about four seconds, the valve will be completely modeled. For a Tavor case, I would definitely go into, edit the model. And look at a few of these important images. The ones we want to pay special attention to are going to be the right hinge. The non hinge and the left hinge. Equally important is going to be the Corona lview. This is the view where we would edit if we disagreed where the model was made. Once we agree with the model, we will go into analysis. To get our numbers. Four taver I would recommend changing the left menu to intervention. That will display for you your annular area annular perimeter and the left and right ostium height. I would like to review with you Siemens easy Valve software for modeling mitral valve with mitral regurgitation. At this point, a 40 acquisition of the mitral valve with live color Doppler would have been acquired. Your next step would be to do a right click on the thumbnail and launch easy valves. At this point, it's going to be 3 easy steps. Our first step will be to align the mitral valve. The second step will be to use our scroll wheel to find the frame that you want. In this case, the frame showing the mitral regurgitation. And your final step will be detect mitral valve. Within about four seconds, the system will not only find the mitral valve, but it will measure everything for you. When we entered the analysis. We can see that the valve has been modelled and we could see. Right where the mitral regurgitation is coming from. An in our analysis package we can see the valve orifice area.

SIEMENS SC2000 SIEMENS sc.pooo scponn SC2000 Prime Complete SC 2000 Primne Complete C2000 Prime Complete Prime complete Prime Complete SC 2000 Prime Complete 'C2UtJtJ Prime Complete Other other Use the scroll wheel to slice through the volume. To edit and reposition Use the scroLL wheel to slice through the volume. To edit and reposition ab18-17 ah 18-17 Ml: /TIS: / Ml: / TIS: / 1 Ml: / TIS: / TIB: / Ml: 'TIS: / Ml: / TIS: 1 Ml: / TIS: / Ml: / TIS: Ml: / TIS: / TIB: Review Only / / Z6Ms Ms a Landmark, hover over area with arrow and right-click. It will turn red. a Landmark, hover over area with arrow and right-click. It wiLL turn red. Use the scroLL wheel to slice through the volume. To edit and reposition 310 00 SIEMENS DIEMENS IEMENS Static Modeling Review Select a frame. . Select a frame. Review the valve modeling L VA Intervention Diagnosis Volume Volume O volume Reposition as necessary. Right-click to release edit function. 0.61 a Landmark, hover over area with arrow and right-click. It will turn red. results. 15 vps/ 120 m 5 VPS 5 vps 20 m / 120 m 120 m 20 m 10 d 15 40 10 "eSie Valves mm NL Comnm Aortic Valve: Aortic Overview Cine Valves Volume Review volume Review Mitral Valve: Mitral valve: Frame 4 Frame 5 15 4 22 22 21 15 82 Aortic Valve: — use the maximum valve — Use the maximum valve - Use the maximum valve — If no measurements are and leaflet measurements. lnd leaflet measurements. — Sflet measurements use the maximum valve Only Hover over "eSie Valves Cine Valves Valves eSie Valves opening for annulus and opening for annulus and . visible, scroll to a frame Reposition as necessary. Right-click to release edit function. 24.8 mm2 84.5 mm 4.5MHz 4.5M valve orifice with a model, with a model. valve NC volume O Ann Min Diam Ann Mäx Diam Ann Max Diam Ann AL-PM Diam 24.8 mm2 28.7 mm Volume Volume O volume measurements. 10 d 13 thumbnail 2. To view other related Ann Ant color O Color O Color —Color DR: 62 d : 62 d — use a closed valve for — Use a closed valve for - use a closed valve for measurements. measuremec:nts. Ann perimeter Ann Diam (Area Deriv... Ann Perimeter 84.5 mm 56.3 mm 28.7 mm Color —Color — Select a measurement — Sflet measurements eSie Valves Cine Valves eSie Values Ann Area Postal Ann Perimeter 558.3 mm2 75.8 mm — Select the required valve. CDV / 3.3M Labels O NC The following is Labels Ann Perimeter 26.7 mm 84.5 mm and right click Mitral Overview Mitral valve: Mitral Mitral Valve: Mitral Parallel Od — mid-systole for annulus — Use mid-systole for annulus — mid-systole tor annulus — Sflet measurements — Select a measurement and leaflet measurements. Dyn Range 558.3 mm2 711.6 mm2 Ann Area 1327.9 mm2 21 and leaflet measurements. and lea net measurements. lnd leaflet measurements. group (for example. RN C 10 A 10 d 40 10 40 15 13 16 diagnosis. intervention, or -Color Volume Enhance Color Volume Enhance NL C with Next key. — use volumes with color surgery), Surgery), 27.5 mm Static Stnatnic -Priority Priority Doppler MR. Doppler tor MR. Doppler for MR. Valve Orifice Area 360.1 mm2 — Select a measurement from Select a measurement (rom Transparency 24.8 mm2 31.8 mm2 Dynamic a close up Uieu of the eSie Value steps a close up Uieu.) of the eSie Value steps 2. Click Detect Aortic Valve or the list. Root STJ Min Diam 31.4 mm Detect Mitral Valve to detect Analysis Delccling valve Root STJ Max Diam 37.3 mm 33.6 mm 3. Capture a clip of the the static model of the valve in the selected frame. Analysis window to save a eo LO L Ostium Height 42.5 mm aortic valve is Click on bookmark of the model. Aortic Valve: Aortic Overview Mitral Overview Mitral Valve: Mitral valve: Mitral valve: Mitral Parallel Offenders will be liable for damages. Dynamic Dynamic. Dynarnic Dynatnic 3 Edit Contours 3. Click Edit Contours 3. Edit Contours 3 Click Edit Contours Awlie 1 Axi* Awlic 1 Axi* Cine Valves eSle Valves R Ostium Height NC 17.7 mm 24.8 mm2 eo po Ant Ann Diam: Min. Max Ann Diam: AP. AL-PM Ann AP. AL-PM 4. Click Export Results to S. Click Export Results to to edit the model. if required. Aortic Root Short Axis Aortic. Root Short Axis Mitral Parallel etium Analysis -Ann (Ata Leaflets for mitral uaLue modeling for aortic uaLue modeling Ann Diam (Petimetet Derived) Aortic Valve: "eSle Valves Cine Valves eSie Valves — To slice through the - To slice through the the report the report. etium 17.7 mm 28.8 mm 37.3 mm Ann Hinge N, n Min Diam LVA L-VA I-VA CVA volume, use the scroll volume. use the scroll Ann Perimeter eo Ann Max Diam 28.7 mm 42.5 mm S. Click Export Results to wheel. mm Ann eo ST J Min. Max ST J Min, Max Report to save the results in Mediat to save the results to Media to save the results to Dynamic Dynamnic to Launch — To reposition a landmark. — TO reposition a landmark. a USB storage device a USB storage device. Analysis position the cursor and Diagnosis right-click at a new location. right click at a new location. rightQclick at a new location. LVA L VA Intervention platform 4 Click Analysis to view Click Analysis to View Click Analysis to view Surgery results. LVA eo Slice CVA To edit model contours click on Edit Model Contour icon To enable anatomic Labeling select Labels Click on Detect Aortic Valve 2. Click Detect Aortic Valve or Edit owe o Box Edit : Box Edit : on Total Totral 22 Cine Valves eSie Valves aine Valves ane valve: Adjust Place Landmark