Turan, B. 2024. The electrotonic modulation of the electrical conduction by non-myocytes can be a novel approach for possible role of short QT-characterized cardiac remodeling in sudden cardiac arrest. New Frontiers in Basic Cardiovascular Research , (Sete, France).

Turan, B., (2024). The electrotonic modulation of the electrical conduction by non-myocytes can be a novel approach for possible role of short QT-characterized cardiac remodeling in sudden cardiac arrest . New Frontiers in Basic Cardiovascular Research, Sete, France

Turan, BELMA. "The electrotonic modulation of the electrical conduction by non-myocytes can be a novel approach for possible role of short QT-characterized cardiac remodeling in sudden cardiac arrest," New Frontiers in Basic Cardiovascular Research, Sete, France, 2024

Turan, BELMA. "The electrotonic modulation of the electrical conduction by non-myocytes can be a novel approach for possible role of short QT-characterized cardiac remodeling in sudden cardiac arrest." New Frontiers in Basic Cardiovascular Research , Sete, France, 2024

Turan, B. (2024) . "The electrotonic modulation of the electrical conduction by non-myocytes can be a novel approach for possible role of short QT-characterized cardiac remodeling in sudden cardiac arrest." New Frontiers in Basic Cardiovascular Research , Sete, France.

@conferencepaper{conferencepaper, author={BELMA TURAN}, title={The electrotonic modulation of the electrical conduction by non-myocytes can be a novel approach for possible role of short QT-characterized cardiac remodeling in sudden cardiac arrest}, congress name={New Frontiers in Basic Cardiovascular Research}, city={Sete}, country={France}, year={2024}}