S. Ertac-Serdar Et Al. , "Lipopolysaccharide augments the contractions of rat prostatic vas deferens via mechanisms that do not involve the endothelin receptors," FUNDAMENTAL & CLINICAL PHARMACOLOGY , vol.22, pp.44, 2008
Ertac-Serdar, S. Et Al. 2008. Lipopolysaccharide augments the contractions of rat prostatic vas deferens via mechanisms that do not involve the endothelin receptors. FUNDAMENTAL & CLINICAL PHARMACOLOGY , vol.22 , 44.
Ertac-Serdar, S., Iskit, A. B., & Guc, M. O., (2008). Lipopolysaccharide augments the contractions of rat prostatic vas deferens via mechanisms that do not involve the endothelin receptors. FUNDAMENTAL & CLINICAL PHARMACOLOGY , vol.22, 44.
Ertac-Serdar, S., A. B. Iskit, And M. O. Guc. "Lipopolysaccharide augments the contractions of rat prostatic vas deferens via mechanisms that do not involve the endothelin receptors," FUNDAMENTAL & CLINICAL PHARMACOLOGY , vol.22, 44, 2008
Ertac-Serdar, S. Et Al. "Lipopolysaccharide augments the contractions of rat prostatic vas deferens via mechanisms that do not involve the endothelin receptors." FUNDAMENTAL & CLINICAL PHARMACOLOGY , vol.22, pp.44, 2008
Ertac-Serdar, S. Iskit, A. B. And Guc, M. O. (2008) . "Lipopolysaccharide augments the contractions of rat prostatic vas deferens via mechanisms that do not involve the endothelin receptors." FUNDAMENTAL & CLINICAL PHARMACOLOGY , vol.22, p.44.
@article{article, author={S. Ertac-Serdar Et Al. }, title={Lipopolysaccharide augments the contractions of rat prostatic vas deferens via mechanisms that do not involve the endothelin receptors}, journal={FUNDAMENTAL & CLINICAL PHARMACOLOGY}, year=2008, pages={44} }