APA

Zhou S., Giannetto M., DeCourcey J., Kang H., Kang N., Li Y., Zheng S., Zhao H., Simmons W. R., Wei H. S., Bodine D. M., Low P. S., Nedergaard M. & Wan J. (20200529). Oxygen tension-mediated erythrocyte membrane interactions regulate cerebral capillary hyperemia. : Science advances.

Chicago

Zhou Sitong, Giannetto Michael, DeCourcey James, Kang Hongyi, Kang Ning, Li Yizeng, Zheng Suilan, Zhao Hetince, Simmons William R, Wei Helen S, Bodine David M, Low Philip S, Nedergaard Maiken and Wan Jiandi. 20200529. Oxygen tension-mediated erythrocyte membrane interactions regulate cerebral capillary hyperemia. : Science advances.

Harvard

Zhou S., Giannetto M., DeCourcey J., Kang H., Kang N., Li Y., Zheng S., Zhao H., Simmons W. R., Wei H. S., Bodine D. M., Low P. S., Nedergaard M. and Wan J. (20200529). Oxygen tension-mediated erythrocyte membrane interactions regulate cerebral capillary hyperemia. : Science advances.

MLA

Zhou Sitong, Giannetto Michael, DeCourcey James, Kang Hongyi, Kang Ning, Li Yizeng, Zheng Suilan, Zhao Hetince, Simmons William R, Wei Helen S, Bodine David M, Low Philip S, Nedergaard Maiken and Wan Jiandi. Oxygen tension-mediated erythrocyte membrane interactions regulate cerebral capillary hyperemia. : Science advances. 20200529.