KILIÇ, Y. A. Et Al. 2009. Sepsis and multiple organ failure represent a chaotic adaptation to severe stress which must be controlled at nanoscale. CRITICAL CARE , vol.13, no.6 .

KILIÇ, Y. A., Kilic, I., & Tez, M., (2009). Sepsis and multiple organ failure represent a chaotic adaptation to severe stress which must be controlled at nanoscale. CRITICAL CARE , vol.13, no.6.

KILIÇ, YUSUF, Ilke Kilic, And Mesut Tez. "Sepsis and multiple organ failure represent a chaotic adaptation to severe stress which must be controlled at nanoscale," CRITICAL CARE , vol.13, no.6, 2009

KILIÇ, YUSUF A. Et Al. "Sepsis and multiple organ failure represent a chaotic adaptation to severe stress which must be controlled at nanoscale." CRITICAL CARE , vol.13, no.6, 2009

KILIÇ, Y. A. Kilic, I. And Tez, M. (2009) . "Sepsis and multiple organ failure represent a chaotic adaptation to severe stress which must be controlled at nanoscale." CRITICAL CARE , vol.13, no.6.

@article{article, author={YUSUF ALPER KILIÇ Et Al. }, title={Sepsis and multiple organ failure represent a chaotic adaptation to severe stress which must be controlled at nanoscale}, journal={CRITICAL CARE}, year=2009}