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Change of ST segment in ECG recording and its relation with potassium channels in experimental epilepsy model induced in rats
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E. AKYÜZ Et Al. , "Change of ST segment in ECG recording and its relation with potassium channels in experimental epilepsy model induced in rats," Rhythm Congress , 2017

AKYÜZ, E. Et Al. 2017. Change of ST segment in ECG recording and its relation with potassium channels in experimental epilepsy model induced in rats. Rhythm Congress .

AKYÜZ, E., MEGA TİBER, P., & YEŞİL, G., (2017). Change of ST segment in ECG recording and its relation with potassium channels in experimental epilepsy model induced in rats . Rhythm Congress

AKYÜZ, ENES, PINAR MEGA TİBER, And Gözde YEŞİL. "Change of ST segment in ECG recording and its relation with potassium channels in experimental epilepsy model induced in rats," Rhythm Congress, 2017

AKYÜZ, ENES Et Al. "Change of ST segment in ECG recording and its relation with potassium channels in experimental epilepsy model induced in rats." Rhythm Congress , 2017

AKYÜZ, E. MEGA TİBER, P. And YEŞİL, G. (2017) . "Change of ST segment in ECG recording and its relation with potassium channels in experimental epilepsy model induced in rats." Rhythm Congress .

@conferencepaper{conferencepaper, author={ENES AKYÜZ Et Al. }, title={Change of ST segment in ECG recording and its relation with potassium channels in experimental epilepsy model induced in rats}, congress name={Rhythm Congress}, city={}, country={}, year={2017}}