A stereo tube imaging system uses spatially offset radiation emission regions to illuminate only parts of the detector surface.
Shifted x-ray imaging with stereo reconstruction calculates 3D positions to resolve marker plane offset errors and improve distance accuracy.
Segmented movable floors with X-ray transmittable members eliminate complex imaging arms, resolving apparatus complexity and prolonged treatment times.
Radiopaque markers enable non-invasive monitoring of an adjustable interatrial shunt lumen size, accommodating changing patient physiology.
Processing circuitry calculates moving distance of a region of interest between medical images to generate parallax images with shifted viewpoints.