Cardiology & Vascular Research

Cardiology & Vascular Research

Open Access
ISSN: 2639-8486
Review Article

Longitudinal and Transverse Dimensions of Hypertrophied Cardiomyocytes in Human Left Ventricle (LV) at Autopsy; Heart Failure Might Result from Changes in Chamber Geometry without Contractile Weakening

Authors: Richard E Tracy

DOI: 10.33425/2639-8486.1041


Abstract

The shapes and sizes of human cardiomyocytes are accessible to systematic observation under most circumstances only at autopsy. This constraint has seriously curbed the study of these topics, thereby leaving a crippling gap in our understanding of heart failure. In recent years the only published ongoing findings have come from this laboratory. This article is a condensation of these reports, using those sources to develop fresh analyses designed to construct a set of organizing principles. The data are entirely retrospective thereby forbidding hypothesis testing and permitting only hypothesis formation. The hypotheses generated in this way are novel and surprising. In spite of the severe limitations in this methodology is seems possible that some useful new directions of inquiry might evolve from pursuing these original observations.

View / Download PDF
Citation: Richard E Tracy. Longitudinal and Transverse Dimensions of Hypertrophied Cardiomyocytes in Human Left Ventricle (LV) at Autopsy; Heart Failure Might Result from Changes in Chamber Geometry without Contractile Weakening. 2019; 3(1). DOI: 10.33425/2639-8486.1041
Editor-in-Chief
Aris Lacis
Aris Lacis
Head of the Latvian State Cardiology Centre for Children | Head of the Clinic for Children Cardiology Latvia

View full editorial board →
Journal Metrics
Impact Factor 2.4*
Acceptance Rate 74.5%
Time to first decision 6-10 Days
Submission to acceptance 10-15 Days