PERSAD, K. L. Et Al. 2022. The Warburg effect is reduced in matured cardiomyocytes due primarily to a decrease in glycolysis. ISHR 2022 , (Winnipeg, Canada).

PERSAD, K. L., ANDRE, D. J., GÜVEN ÇİLOĞLU, B., HOUNCAREN, M., ZHANG, L., GREENWOOD, J., ... LOPASCHUK, G.(2022). The Warburg effect is reduced in matured cardiomyocytes due primarily to a decrease in glycolysis . ISHR 2022, Winnipeg, Canada

PERSAD, KAYA Et Al. "The Warburg effect is reduced in matured cardiomyocytes due primarily to a decrease in glycolysis," ISHR 2022, Winnipeg, Canada, 2022

PERSAD, KAYA L. Et Al. "The Warburg effect is reduced in matured cardiomyocytes due primarily to a decrease in glycolysis." ISHR 2022 , Winnipeg, Canada, 2022

PERSAD, K. L. Et Al. (2022) . "The Warburg effect is reduced in matured cardiomyocytes due primarily to a decrease in glycolysis." ISHR 2022 , Winnipeg, Canada.

@conferencepaper{conferencepaper, author={KAYA L. PERSAD Et Al. }, title={The Warburg effect is reduced in matured cardiomyocytes due primarily to a decrease in glycolysis}, congress name={ISHR 2022}, city={Winnipeg}, country={Canada}, year={2022}}