<p>The simulated catheter location (a,b,c) was obtained by combining the cardiac motion model (d,e,f, blue) and the respiratory motion model (g,h,i, blue). Cardiac and respiratory motions were then estimated from the simulated catheter location and are shown in (d,e,f, red) and (g,h,i, red), respectively. The proposed approach provided an accurate demodulation of cardiac and respiratory motion components in all three spatial dimensions.</p
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
We describe a system for respiratory motion correction of MRI-derived roadmaps for use in X-ray guid...
<p>Heart rate at the time of EAM point acquisition is first estimated (step 1) and used to determine...
Accurate fusion of late gadolinium enhancement magnetic resonance imaging (MRI) and electro-anatomic...
Accurate fusion of late gadolinium enhancement magnetic resonance imaging (MRI) and electro-anatomic...
<div><p>Accurate fusion of late gadolinium enhancement magnetic resonance imaging (MRI) and electro-...
<p>ECG (a) and 3D catheter location (b,c,d) acquired for one EAM point using the clinical software. ...
Accurate fusion of late gadolinium enhancement magnetic resonance imaging (MRI) and electro-anatomic...
<p>(a) Average and standard deviation of maximum respiratory motion amplitude estimated over all sta...
<p>Example of real time images (a, b, c) and right hemi-diaphragm (RHD) navigator signal (d) acquire...
The motion of the beating heart is complex and creates artifacts in SPECT and x-ray CT images. Phan...
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
We describe a system for respiratory motion correction of MRI-derived roadmaps for use in X-ray guid...
<p>Heart rate at the time of EAM point acquisition is first estimated (step 1) and used to determine...
Accurate fusion of late gadolinium enhancement magnetic resonance imaging (MRI) and electro-anatomic...
Accurate fusion of late gadolinium enhancement magnetic resonance imaging (MRI) and electro-anatomic...
<div><p>Accurate fusion of late gadolinium enhancement magnetic resonance imaging (MRI) and electro-...
<p>ECG (a) and 3D catheter location (b,c,d) acquired for one EAM point using the clinical software. ...
Accurate fusion of late gadolinium enhancement magnetic resonance imaging (MRI) and electro-anatomic...
<p>(a) Average and standard deviation of maximum respiratory motion amplitude estimated over all sta...
<p>Example of real time images (a, b, c) and right hemi-diaphragm (RHD) navigator signal (d) acquire...
The motion of the beating heart is complex and creates artifacts in SPECT and x-ray CT images. Phan...
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
Background: A new three-dimensional heart anatomical simulator (3D HAS) has been created combining a...
We describe a system for respiratory motion correction of MRI-derived roadmaps for use in X-ray guid...