APA

Pan W., Yu H., Wu A., Gao Y., Zheng B., Li P., Yang W., Huang Q., Wang H. & Ge X. (20180109). Combination of basic fibroblast growth factor and epidermal growth factor enhances proliferation and neuronal/glial differential of postnatal human enteric neurosphere cells in vitro. : Neuroreport.

Chicago

Pan Wei-Kang, Yu Hui, Wu A-Li, Gao Ya, Zheng Bai-Jun, Li Peng, Yang Wei-Li, Huang Qiang, Wang Huai-Jie and Ge Xin. 20180109. Combination of basic fibroblast growth factor and epidermal growth factor enhances proliferation and neuronal/glial differential of postnatal human enteric neurosphere cells in vitro. : Neuroreport.

Harvard

Pan W., Yu H., Wu A., Gao Y., Zheng B., Li P., Yang W., Huang Q., Wang H. and Ge X. (20180109). Combination of basic fibroblast growth factor and epidermal growth factor enhances proliferation and neuronal/glial differential of postnatal human enteric neurosphere cells in vitro. : Neuroreport.

MLA

Pan Wei-Kang, Yu Hui, Wu A-Li, Gao Ya, Zheng Bai-Jun, Li Peng, Yang Wei-Li, Huang Qiang, Wang Huai-Jie and Ge Xin. Combination of basic fibroblast growth factor and epidermal growth factor enhances proliferation and neuronal/glial differential of postnatal human enteric neurosphere cells in vitro. : Neuroreport. 20180109.