Uniaxial strain of cardiac tissue parallel to impulse propagation slows conduction more than in the perpendicular direction: untangling the effects of stretch on tissue resistance
2017
Details
Title
Uniaxial strain of cardiac tissue parallel to impulse propagation slows conduction more than in the perpendicular direction: untangling the effects of stretch on tissue resistance
Author(s)
Buccarello, A. ; Azzarito, M. ; Michoud, F. ; Lacour, S. P. ; Kucera, J. P.
Published in
Acta Physiologica
Pagination
1
Volume
221
Pages
114-114
Date
2017
Publisher
Hoboken, Wiley
ISSN
1748-1708
Other identifier(s)
View record in Web of Science
Laboratories
LSBI
Record Appears in
Scientific production and competences > STI - School of Engineering > IEM - Institut d'Electricité et de Microtechnique > LSBI - Foundation Bertarelli Chair in Neuroprosthetic Technology
Peer-reviewed publications
Work outside EPFL
Conference Papers
Published
Peer-reviewed publications
Work outside EPFL
Conference Papers
Published
Record creation date
2017-10-09