Durlu-Kandilci, N. T. And Sahin-Erdemli, I. 2008. Reactive oxygen species inhibit calcium- and carbachol-induced contractile responses in beta-escin permeabilized rat bladder detrusor. FUNDAMENTAL & CLINICAL PHARMACOLOGY , vol.22 , 67.

Durlu-Kandilci, N. T., & Sahin-Erdemli, I., (2008). Reactive oxygen species inhibit calcium- and carbachol-induced contractile responses in beta-escin permeabilized rat bladder detrusor. FUNDAMENTAL & CLINICAL PHARMACOLOGY , vol.22, 67.

Durlu-Kandilci, NEZAHAT, And I. Sahin-Erdemli. "Reactive oxygen species inhibit calcium- and carbachol-induced contractile responses in beta-escin permeabilized rat bladder detrusor," FUNDAMENTAL & CLINICAL PHARMACOLOGY , vol.22, 67, 2008

Durlu-Kandilci, NEZAHAT T. And Sahin-Erdemli, I.. "Reactive oxygen species inhibit calcium- and carbachol-induced contractile responses in beta-escin permeabilized rat bladder detrusor." FUNDAMENTAL & CLINICAL PHARMACOLOGY , vol.22, pp.67, 2008

Durlu-Kandilci, N. T. And Sahin-Erdemli, I. (2008) . "Reactive oxygen species inhibit calcium- and carbachol-induced contractile responses in beta-escin permeabilized rat bladder detrusor." FUNDAMENTAL & CLINICAL PHARMACOLOGY , vol.22, p.67.

@article{article, author={NEZAHAT TUĞBA KANDİLCİ And author={I. Sahin-Erdemli}, title={Reactive oxygen species inhibit calcium- and carbachol-induced contractile responses in beta-escin permeabilized rat bladder detrusor}, journal={FUNDAMENTAL & CLINICAL PHARMACOLOGY}, year=2008, pages={67} }