Legislative Documents

Also, variously referred to as: House bills; House documents; House legislative documents; legislative documents; General Court documents

Comparison of ET, RVOT, and RVCT between LV-Valve model, subject-specific echo data and literature.

<p>Comparison of ET, RVOT, and RVCT between LV-Valve model, subject-specific echo data and literature.</p

Schematic of LV-Valve model.

<p><b>(a) LV model at different phases, (b) The anterior-posterior long axis plane is shown by the red line. The red spheres denote the probe locations for velocity measurements, (c) Initial stress-free state for AV and MV.</b> RCL: right coronary leaflet, LCL: left coronary leaflet, NCL: non-coronary leaflet, AML: anterior mitral leaflet. Posterior mitral leaflet (PML) is divided into lateral P1 scallop, central P2 scallop and medial P3 scallop.</p

Comparison of the MV strain values between the current study and the literature.

<p>Comparison of the MV strain values between the current study and the literature.</p

Fully-coupled fluid-structure interaction simulation of the aortic and mitral valves in a realistic 3D left ventricle model - Fig 4

<p>a) Time-dependent radial velocity of the belly (midpoint) of AV and MV leaflets. The measured RVOT and RVCT are highlighted in pale yellow and green, respectively, b) Opening angle of MV leaflets for LV-Valve model and echo data, c) schematic of angle measurements from echo video, d) M-mode echo recording at the MV.</p

Chordae tendineae peak systolic tension.

<p>Chordae tendineae peak systolic tension.</p

Valve tissue material parameters.

<p>Valve tissue material parameters.</p

Comparison of hemodynamic parameters calculated from the LV-Valve model and the subject-specific echo data.

<p>Comparison of hemodynamic parameters calculated from the LV-Valve model and the subject-specific echo data.</p