A, R.M., Piotr, L., Artur, M.M., Filip, P., Aleksandra, K., Sławomir, G., & Romuald, W. (2026). Camystat: a high-throughput open-source software tool analysis of contractile cardiomyocytes recordings.. Cardiovascular research.
A RM, Piotr L, Artur MM, Filip P, Aleksandra K, Sławomir G, et al. Camystat: a high-throughput open-source software tool analysis of contractile cardiomyocytes recordings.. Cardiovascular research. 2026; PMID: 42097579
A RM, Piotr L, Artur MM, et al. Camystat: a high-throughput open-source software tool analysis of contractile cardiomyocytes recordings.[J]. Cardiovascular research. 2026.
@article{a2026,
author = {Rojek Marcin A and Lewandowski Piotr and Morys-Magiera Artur and Pietryga Filip and Kowalik Aleksandra and Grzegorczyn Sławomir and Wojnicz Romuald},
title = {Camystat: a high-throughput open-source software tool analysis of contractile cardiomyocytes recordings.},
journal = {Cardiovascular research},
year = {2026},
note = {PMID: 42097579},
}
TY - JOUR
AU - Rojek Marcin A
AU - Lewandowski Piotr
AU - Morys-Magiera Artur
AU - Pietryga Filip
AU - Kowalik Aleksandra
AU - Grzegorczyn Sławomir
AU - Wojnicz Romuald
TI - Camystat: a high-throughput open-source software tool analysis of contractile cardiomyocytes recordings.
T2 - Cardiovascular research
PY - 2026
AN - PMID:42097579
ER -