Duchenne, J. Et Al. 2017. Subvalvular geometry and increased sphericity significantly increases papillary muscle contribution to myocardial workload in dilated left ventricles. EUROPEAN HEART JOURNAL , vol.38 , 812.

Duchenne, J., Bezy, S., Turco, A., Claus, P., Vunckx, K., Pagourelias, E., ... Unlu, S.(2017). Subvalvular geometry and increased sphericity significantly increases papillary muscle contribution to myocardial workload in dilated left ventricles. EUROPEAN HEART JOURNAL , vol.38, 812.

Duchenne, J. Et Al. "Subvalvular geometry and increased sphericity significantly increases papillary muscle contribution to myocardial workload in dilated left ventricles," EUROPEAN HEART JOURNAL , vol.38, 812, 2017

Duchenne, J. Et Al. "Subvalvular geometry and increased sphericity significantly increases papillary muscle contribution to myocardial workload in dilated left ventricles." EUROPEAN HEART JOURNAL , vol.38, pp.812, 2017

Duchenne, J. Et Al. (2017) . "Subvalvular geometry and increased sphericity significantly increases papillary muscle contribution to myocardial workload in dilated left ventricles." EUROPEAN HEART JOURNAL , vol.38, p.812.

@article{article, author={J. Duchenne Et Al. }, title={Subvalvular geometry and increased sphericity significantly increases papillary muscle contribution to myocardial workload in dilated left ventricles}, journal={EUROPEAN HEART JOURNAL}, year=2017, pages={812} }