APA

Jiang S. H., Wang J. F., Xu R., Liu Y. J., Wang X. N., Cao J., Zhao P., Shen Y. J., Yang T., Yang H., Jia J. A., Chen Q. L. & Pan W. (20080916). Alternate arrangement of PpL B3 domain and SpA D domain creates synergistic double-site binding to VH3 and Vkappa regions of fab. : DNA and cell biology.

Chicago

Jiang Shaohua H, Wang Jufang F, Xu Rong, Liu Yanjun J, Wang Xiaoning N, Cao Jie, Zhao Ping, Shen Yijun J, Yang Tong, Yang Hua, Jia Jiaan A, Chen Qiuli L and Pan Wei. 20080916. Alternate arrangement of PpL B3 domain and SpA D domain creates synergistic double-site binding to VH3 and Vkappa regions of fab. : DNA and cell biology.

Harvard

Jiang S. H., Wang J. F., Xu R., Liu Y. J., Wang X. N., Cao J., Zhao P., Shen Y. J., Yang T., Yang H., Jia J. A., Chen Q. L. and Pan W. (20080916). Alternate arrangement of PpL B3 domain and SpA D domain creates synergistic double-site binding to VH3 and Vkappa regions of fab. : DNA and cell biology.

MLA

Jiang Shaohua H, Wang Jufang F, Xu Rong, Liu Yanjun J, Wang Xiaoning N, Cao Jie, Zhao Ping, Shen Yijun J, Yang Tong, Yang Hua, Jia Jiaan A, Chen Qiuli L and Pan Wei. Alternate arrangement of PpL B3 domain and SpA D domain creates synergistic double-site binding to VH3 and Vkappa regions of fab. : DNA and cell biology. 20080916.