APA

Zhang J., Zhang Y., Xu T., Pan S., Nie G., Miao X., Qiu J., Yu W., Zhang S. & Liang T. (2017). Severe traumatic hemorrhagic shock induces compromised immune barrier function of the mesenteric lymph node leading to an increase in intestinal bacterial translocation. : American journal of translational research.

Chicago

Zhang Jian, Zhang Yun, Xu Tao, Pan Sheng-Jing, Nie Gang, Miao Xiao-Yan, Qiu Jun-Yu, Yu Wen-Qiao, Zhang Shao-Yang and Liang Ting-Bo. 2017. Severe traumatic hemorrhagic shock induces compromised immune barrier function of the mesenteric lymph node leading to an increase in intestinal bacterial translocation. : American journal of translational research.

Harvard

Zhang J., Zhang Y., Xu T., Pan S., Nie G., Miao X., Qiu J., Yu W., Zhang S. and Liang T. (2017). Severe traumatic hemorrhagic shock induces compromised immune barrier function of the mesenteric lymph node leading to an increase in intestinal bacterial translocation. : American journal of translational research.

MLA

Zhang Jian, Zhang Yun, Xu Tao, Pan Sheng-Jing, Nie Gang, Miao Xiao-Yan, Qiu Jun-Yu, Yu Wen-Qiao, Zhang Shao-Yang and Liang Ting-Bo. Severe traumatic hemorrhagic shock induces compromised immune barrier function of the mesenteric lymph node leading to an increase in intestinal bacterial translocation. : American journal of translational research. 2017.