Towards high−resolution cardiac atlases: ventricular anatomy descriptors for a standardized reference frame

Increased resolution in cardiac Magnetic Resonance Imaging (MRI) and growing interest in the effect of small structures in electro- physiology of the heart pose new challenges for cardiac atlases. In this paper we discuss the limitations of current atlas-building models when trying to incorporate ca...

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Main Authors: Schneider, P, Grau, V
Format: Conference item
Published: Beijing‚ China 2010
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author Schneider, P
Grau, V
author_facet Schneider, P
Grau, V
author_sort Schneider, P
collection OXFORD
description Increased resolution in cardiac Magnetic Resonance Imaging (MRI) and growing interest in the effect of small structures in electro- physiology of the heart pose new challenges for cardiac atlases. In this paper we discuss the limitations of current atlas-building models when trying to incorporate cardiac small structure and argue for the need of developing a standard coordinate system for the heart that separates this from the macro-structure common to all individual hearts, in a way analogous to the stereotactic coordinate system from brain atlases. With this goal, we propose a set of methods to obtain two descriptors of the ventricular macro-structure that can be used to build a standardized reference frame: the central curve on the Left Ventricle cavity and the smoothed internal envelope of the Right Ventricle crest (i.e. the curve in the endocardial surface marking the junction between the right ventric- ular free wall and the septum).
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spelling oxford-uuid:08e0a613-bc11-4319-a946-95b94d2196802022-03-26T09:15:15ZTowards high−resolution cardiac atlases: ventricular anatomy descriptors for a standardized reference frameConference itemhttp://purl.org/coar/resource_type/c_5794uuid:08e0a613-bc11-4319-a946-95b94d219680Department of Computer ScienceBeijing‚ China2010Schneider, PGrau, VIncreased resolution in cardiac Magnetic Resonance Imaging (MRI) and growing interest in the effect of small structures in electro- physiology of the heart pose new challenges for cardiac atlases. In this paper we discuss the limitations of current atlas-building models when trying to incorporate cardiac small structure and argue for the need of developing a standard coordinate system for the heart that separates this from the macro-structure common to all individual hearts, in a way analogous to the stereotactic coordinate system from brain atlases. With this goal, we propose a set of methods to obtain two descriptors of the ventricular macro-structure that can be used to build a standardized reference frame: the central curve on the Left Ventricle cavity and the smoothed internal envelope of the Right Ventricle crest (i.e. the curve in the endocardial surface marking the junction between the right ventric- ular free wall and the septum).
spellingShingle Schneider, P
Grau, V
Towards high−resolution cardiac atlases: ventricular anatomy descriptors for a standardized reference frame
title Towards high−resolution cardiac atlases: ventricular anatomy descriptors for a standardized reference frame
title_full Towards high−resolution cardiac atlases: ventricular anatomy descriptors for a standardized reference frame
title_fullStr Towards high−resolution cardiac atlases: ventricular anatomy descriptors for a standardized reference frame
title_full_unstemmed Towards high−resolution cardiac atlases: ventricular anatomy descriptors for a standardized reference frame
title_short Towards high−resolution cardiac atlases: ventricular anatomy descriptors for a standardized reference frame
title_sort towards high resolution cardiac atlases ventricular anatomy descriptors for a standardized reference frame
work_keys_str_mv AT schneiderp towardshighresolutioncardiacatlasesventricularanatomydescriptorsforastandardizedreferenceframe
AT grauv towardshighresolutioncardiacatlasesventricularanatomydescriptorsforastandardizedreferenceframe