Zhen, H., Konstantinos, P., Vineesh, K., Xianbo, S., Jan, L., Paraskevas, E., B, T.J., E, L.I.J., Anies, S., Danya, A.J., Najmah, M., Yasser, A., Olympia, O., Tanish, B., Elizabeth, P., Jean-Baptiste, G., M, R.C., Stefan, L., S, P.N., . . . Siong, N.F. (2026). AI-enabled motion artifact correction to replace emission- and excitation-ratiometry in cardiac optical mapping: A proof-of-concept study.. Cardiovascular research.
Zhen H, Konstantinos P, Vineesh K, Xianbo S, Jan L, Paraskevas E, et al. AI-enabled motion artifact correction to replace emission- and excitation-ratiometry in cardiac optical mapping: A proof-of-concept study.. Cardiovascular research. 2026; PMID: 42082431
Zhen H, Konstantinos P, Vineesh K, et al. AI-enabled motion artifact correction to replace emission- and excitation-ratiometry in cardiac optical mapping: A proof-of-concept study.[J]. Cardiovascular research. 2026.
@article{zhen2026,
author = {Hua Zhen and Patlatzoglou Konstantinos and Kappadan Vineesh and Sun Xianbo and Lebert Jan and Efstathiou Paraskevas and Tonko Johanna B and Lee I-Ju E and Sohi Anies and Agha-Jaffar Danya and Mohamed Najmah and Abdelghani Yasser and Onslow Olympia and Baranwal Tanish and Pyman Elizabeth and Guichard Jean-Baptiste and Ripplinger Crystal M and Luther Stefan and Peters Nicholas S and Christoph Jan and Ng Fu Siong},
title = {AI-enabled motion artifact correction to replace emission- and excitation-ratiometry in cardiac optical mapping: A proof-of-concept study.},
journal = {Cardiovascular research},
year = {2026},
note = {PMID: 42082431},
}
TY - JOUR
AU - Hua Zhen
AU - Patlatzoglou Konstantinos
AU - Kappadan Vineesh
AU - Sun Xianbo
AU - Lebert Jan
AU - Efstathiou Paraskevas
AU - Tonko Johanna B
AU - Lee I-Ju E
AU - Sohi Anies
AU - Agha-Jaffar Danya
AU - Mohamed Najmah
AU - Abdelghani Yasser
AU - Onslow Olympia
AU - Baranwal Tanish
AU - Pyman Elizabeth
AU - Guichard Jean-Baptiste
AU - Ripplinger Crystal M
AU - Luther Stefan
AU - Peters Nicholas S
AU - Christoph Jan
AU - Ng Fu Siong
TI - AI-enabled motion artifact correction to replace emission- and excitation-ratiometry in cardiac optical mapping: A proof-of-concept study.
T2 - Cardiovascular research
PY - 2026
AN - PMID:42082431
ER -