Pediatric License: Advanced Echo Analysis Optimized for Infants to Adolescents

EchoInsight Zero Footprint (ZF) Pediatric License offers easy to use and fast speckle tracking strain imaging with automated cardiac function measurements designed specifically to improve cardiac assessment of patients with variable hearts rates and sizes. Building on EchoInsight’s trusted vendor neutral, web-based platform for adult echo, our pediatric license offers tailored features and capabilities to meet the unique needs of these important patients, enabling clinicians to improve cardiac management of infants to adolescents.

The EchoInsight ZF Pediatric License delivers a streamlined zero-footprint workflow across a network for improved efficiency and allows for easy scalability.

The EchoInsight ZF Pediatric Application with the Full Heart Application Suite includes:

  • Automated integration of Z-Scores for customized analysis based on body surface area
  • Validated, vendor neutral strain imaging with no limit on DICOM source or retrospective studies
  • LV, RV, LA and RA applications including:
    • EchoInsight for Left Ventricle (LV) Application License, features include automated processing, global and regional longitudinal strain and EF analysis (Simpson’s Bi-plane and Bullet), 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
  • Simultaneous, multi-chamber analysis to assess and monitor for interchamber relationship based on strain imaging and cardiac function measurements
  • Scalability based on concurrent user licensing needs
Request Demo