Add to ORKGIn this paper we use advanced tensor visualization techniques to study 3D diffusion tensor MRI data of a heart. We use scalar and tensor glyph visualization methods to investigate the data and apply a moving least squares (MLS) fiber tracing method to recover and visualize the helical structure and the orientation of the heart muscle fibers
Objective: We wanted to evaluate the effect of the number of diffusion-sensitizing gradient directio...
ii Cardiovascular disease (CVD) affects millions of people in the world. Despite steadily improving ...
Diffusion tensor imaging (DTI) is a specialized MRI technique that is particularly suited to study m...
Background — The human heart is composed of a helical network of muscle fibers. These fibers are org...
The human heart is composed of a helical network of musclefibers. Anisotropic least squares filterin...
This review describes in brief recent magnetic resonance imaging (MRI) methods for assessing cardiac...
Background - The human heart is composed of a helical network of muscle fibers. These fibers are or...
The ventricular myocardium is known to exhibit a complex spatial organization, with fiber orientatio...
Tensor tomography is being investigated as a technique for reconstruction of in vivo diffusion tenso...
Despite many difficulties, the field of cardiac diffusion imaging is slowly but steadily making prog...
Systemic hypertension is a causative factor in left ventricular hypertrophy which has a range of co-...
Diffusion tensor MRI is emerging as a rapid, nondestructive method to map myocardial fiber organizat...
Abstract. The fiber orientation in the heart could influence both its mechanical and electrical oper...
Despite many difficulties, the field of cardiac diffusion imaging is slowly but steadily making prog...
The human heart is composed of a helical network of muscle fibers. Anisotropic least squares filter...
Objective: We wanted to evaluate the effect of the number of diffusion-sensitizing gradient directio...
ii Cardiovascular disease (CVD) affects millions of people in the world. Despite steadily improving ...
Diffusion tensor imaging (DTI) is a specialized MRI technique that is particularly suited to study m...
Background — The human heart is composed of a helical network of muscle fibers. These fibers are org...
The human heart is composed of a helical network of musclefibers. Anisotropic least squares filterin...
This review describes in brief recent magnetic resonance imaging (MRI) methods for assessing cardiac...
Background - The human heart is composed of a helical network of muscle fibers. These fibers are or...
The ventricular myocardium is known to exhibit a complex spatial organization, with fiber orientatio...
Tensor tomography is being investigated as a technique for reconstruction of in vivo diffusion tenso...
Despite many difficulties, the field of cardiac diffusion imaging is slowly but steadily making prog...
Systemic hypertension is a causative factor in left ventricular hypertrophy which has a range of co-...
Diffusion tensor MRI is emerging as a rapid, nondestructive method to map myocardial fiber organizat...
Abstract. The fiber orientation in the heart could influence both its mechanical and electrical oper...
Despite many difficulties, the field of cardiac diffusion imaging is slowly but steadily making prog...
The human heart is composed of a helical network of muscle fibers. Anisotropic least squares filter...
Objective: We wanted to evaluate the effect of the number of diffusion-sensitizing gradient directio...
ii Cardiovascular disease (CVD) affects millions of people in the world. Despite steadily improving ...
Diffusion tensor imaging (DTI) is a specialized MRI technique that is particularly suited to study m...