APA
Jancsó G., Arató E., Hardi P., Nagy T., Pintér Ö., Fazekas G., Gasz B., Takacs I., Menyhei G., Kollar L. & Sínay L. (20170216). Controlled reperfusion decreased reperfusion induced oxidative stress and evoked inflammatory response in experimental aortic-clamping animal model. : Clinical hemorheology and microcirculation.
Chicago
Jancsó G, Arató E, Hardi P, Nagy T, Pintér Ö, Fazekas G, Gasz B, Takacs I, Menyhei G, Kollar L and Sínay L. 20170216. Controlled reperfusion decreased reperfusion induced oxidative stress and evoked inflammatory response in experimental aortic-clamping animal model. : Clinical hemorheology and microcirculation.
Harvard
Jancsó G., Arató E., Hardi P., Nagy T., Pintér Ö., Fazekas G., Gasz B., Takacs I., Menyhei G., Kollar L. and Sínay L. (20170216). Controlled reperfusion decreased reperfusion induced oxidative stress and evoked inflammatory response in experimental aortic-clamping animal model. : Clinical hemorheology and microcirculation.
MLA
Jancsó G, Arató E, Hardi P, Nagy T, Pintér Ö, Fazekas G, Gasz B, Takacs I, Menyhei G, Kollar L and Sínay L. Controlled reperfusion decreased reperfusion induced oxidative stress and evoked inflammatory response in experimental aortic-clamping animal model. : Clinical hemorheology and microcirculation. 20170216.