Advanced Clinical License: Full Heart Echo Analysis Designed for Established Labs
EchoInsight Zero Footprint (ZF) Advanced Clinical License is our most comprehensive license that offers easy to use and fast clinical strain imaging based on ASE guidelines for streamlined analysis, interpretation and monitoring of echo studies. Available for both clinical and research use, the Advanced Clinical License offers LV, RV, LA and RA applications with automated measurements with simultaneous, up to 4-chamber analysis. The Advanced Clinical License delivers a streamlined workflow across a network for improved efficiency for sites just getting started to growing clinical echo practices and allows for easy scalability.
EchoInsight ZF Advanced Clinical License Features Include:
Validated, vendor neutral strain imaging with no limit on DICOM source or retrospective studies
Easy to use features and functionality for strain analysis
Efficient user selection capability for quantification specific to each chamber including LV, RV, LA and RA
Simultaneous, multi-chamber analysis to assess and monitor for interchamber relationship based on strain imaging and cardiac function measurements
EchoInsight for Left Ventricle (LV) Application License, features include automated processing, global and regional longitudinal strain and EF analysis, and automated linear and volumetric measurements based on ASE guidelines. SAX circumferential and radial strain analysis included.
EchoInsight for Right Ventricle (RV) Application License, features include automated processing, free wall and regional wall and chamber function analysis, longitudinal strain imaging, and automated areas, FAC, TAPSE, S’ and linear measurements based on ASE guidelines
EchoInsight for Left Atria (LA) Application License features include automated processing with longitudinal strain and EF analysis and trending, along with automated volume and linear measurements based on ASE guidelines
EchoInsight for Right Atria (RA) Application License features include automated processing with longitudinal strain and FAC analysis and trending, along with automated volumes and linear measurements based on ASE guidelines