Patient specific simulation of body surface ECG using the finite element method
JUNI OKADA, T Sasaki, T Washio… - Pacing and clinical …, 2013 - Wiley Online Library
Background Recent studies, supported by advances in computer science, have successfully
simulated the excitation and repolarization processes of the heart, based on detailed cell …
simulated the excitation and repolarization processes of the heart, based on detailed cell …
Patient specific simulation of body surface ECG using the finite element method.
J Okada, T Sasaki, T Washio, H Yamashita… - Pacing and clinical …, 2013 - ora.ox.ac.uk
BACKGROUND: Recent studies, supported by advances in computer science, have
successfully simulated the excitation and repolarization processes of the heart, based on …
successfully simulated the excitation and repolarization processes of the heart, based on …
Patient Specific Simulation of Body Surface ECG using the Finite Element Method
JUNI OKADA, T SASAKI, T WASHIO… - Pacing and Clinical …, 2013 - cir.nii.ac.jp
抄録< jats: sec>< jats: title> Background</jats: title>< jats: p>< jats: italic> Recent studies,
supported by advances in computer science, have successfully simulated the excitation and …
supported by advances in computer science, have successfully simulated the excitation and …
Patient Specific Simulation of Body Surface ECG using the Finite Element Method
JUNI OKADA, T SASAKI, T WASHIO… - Pacing and Clinical …, 2013 - infona.pl
Background Recent studies, supported by advances in computer science, have successfully
simulated the excitation and repolarization processes of the heart, based on detailed cell …
simulated the excitation and repolarization processes of the heart, based on detailed cell …
Patient specific simulation of body surface ECG using the finite element method.
J Okada, T Sasaki, T Washio, H Yamashita… - Pacing and Clinical …, 2013 - europepmc.org
Background Recent studies, supported by advances in computer science, have successfully
simulated the excitation and repolarization processes of the heart, based on detailed cell …
simulated the excitation and repolarization processes of the heart, based on detailed cell …
Patient Specific Simulation of Body Surface ECG using the Finite Element Method
J Okada, T Hisada, S Sugiura, T Sasaki… - Pacing and Clinical …, 2013 - hero.epa.gov
Background Recent studies, supported by advances in computer science, have successfully
simulated the excitation and repolarization processes of the heart, based on detailed cell …
simulated the excitation and repolarization processes of the heart, based on detailed cell …
Patient Specific Simulation of Body Surface ECG using the Finite Element Method.
JUNI OKADA, T SASAKI, T WASHIO… - Pacing & Clinical …, 2013 - search.ebscohost.com
Background Recent studies, supported by advances in computer science, have successfully
simulated the excitation and repolarization processes of the heart, based on detailed cell …
simulated the excitation and repolarization processes of the heart, based on detailed cell …
[PDF][PDF] Patient Specific Simulation of Body Surface ECG using the Finite Element Method
JUNI OKADA, T SASAKI, T WASHIO, H YAMASHITA… - academia.edu
Background: Recent studies, supported by advances in computer science, have successfully
simulated the excitation and repolarization processes of the heart, based on detailed cell …
simulated the excitation and repolarization processes of the heart, based on detailed cell …
Patient specific simulation of body surface ECG using the finite element method
JI Okada, T Sasaki, T Washio… - Pacing and clinical …, 2013 - pubmed.ncbi.nlm.nih.gov
Background Recent studies, supported by advances in computer science, have successfully
simulated the excitation and repolarization processes of the heart, based on detailed cell …
simulated the excitation and repolarization processes of the heart, based on detailed cell …
[引用][C] Patient Specific Simulation-of-Body Surface ECG Using the Finite Element Method
J OKADA - Pace, 2012 - cir.nii.ac.jp