Quantifying LV Function: Can We Do Strain with Stress?
AFI 2.0 White Paper
This second-generation tool for assessing and quantifying left ventricular wall motion is applicable to 2D transthoracic and TEE data. With the integrated AutoEF function, you can calculate ejection fraction without leaving the app.
4D Auto LAQ*
This semi-automatic surface detecting algorithm helps clinical users get fast, reproducible and accurate 4D quantification of the left atrium, acquired with 4D TTE probes. It provides left atrial volumes as well as ejection fraction, global longitudinal and circumferential strain.
*Available on Vivid E95 only
4D Auto RVQ White Paper
Right ventricle quantification has become increasingly important especially in patients with pulmonary hypertension
Vivid E95 / EchoPAC: 4D Strain Rotation and Torsion Dynamic and Static Bull's eyes
Cardiac Auto Doppler White Paper
GE Healthcare's Cardiac Auto Doppler tool has proven to be fast, consistent and reproducible, and thus may help address the need of busy routine echocardiography services to provide accurate and reproducible results quickly.
4D Auto MVQ White Paper
4D Auto MVQ is a quantification tool for rapid semi-automated detection of morphology of the mitral valve, including the annulus and the leaflets.
4D Auto RVQ White Paper
GE's fully integrated semi-automated right ventricular quantification package offers the ability to visualize the right ventricle. To measure the RV cavity volume during the cardiac cycle, a semi-automated segmentation algorithm is used. The results include the EDV, ESV, EF, SV, Dd mid, Ld, TAPSE and RV FAC.
Blood Speckle Imaging White Paper
BSI is based on tracking of speckles generated by the moving blood cells from one frame to the next using a best match search algorithm. This allows direct assessment of two-dimensional blood velocity vectors without requiring injection of contrast agent and without the mathematical assumptions of approaches based on conventional color Doppler.
Myocardial Work White Paper
Myocardial Work augments AFI by taking dynamic LV pressure into account. This adds an important dimension to the assessment of LV function and facilitates interpretation of strain traces in relation to LV pressure dynamics.
Vivid iq: Transfer Patients
Vivid iq: Probes Management and Presets
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