View publication | Laboratory of Mathematical Methods of Image Processing

Title	Building a three-dimensional dynamic model of left cardiac ventricle from ultrasonic data
Publication type	Journal article
Author(s)	A.M.Yatchenko, A.S.Krylov, A.V.Gavrilov, I.V.Arkhipov
Publication date	2012
Journal	Pattern Recognition and Image Analysis
Volume	22
Issue	3
Page(s)	483-488
Abstract	A three-dimensional dynamic reconstruction algorithm of the left ventricle of patient��s heart from ultrasonic echocardiography data is developed. The presented algorithm takes into account the longitudinal and transverse velocities of ventricle walls to determine the motion vectors of the ventricular walls. Two longitudinal ultrasonic sections (four-chamber position and two-chamber position) and two transverse ultrasonic sections (at a level of basal segments and at a level of papillary muscles) are used for the reconstruction.

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@ARTICLE{*,
  Title = {Building a three-dimensional dynamic model of left cardiac ventricle from ultrasonic data},
  Author = {A. M. Yatchenko and A. S. Krylov and A. V. Gavrilov and I. V. Arkhipov},
  Journal = {Pattern Recognition and Image Analysis},
  Volume = {22},
  Number = {3},
  Year = {2012},
  Pages = {483--488},
  Language = {english}
}