APA

Tsujimoto H., Takamori H., Tsuji M., Hayashi M., Ikeda J., Orikasa T., Torii H., Ozamoto Y., Suzuki S., Morita S., Ikada Y. & Hagiwara A. (20140929). Development of gelatin flakes, a new type of anti-adhesive material: a preliminary study of in vivo rat adhesion models. : Surgery today.

Chicago

Tsujimoto Hiroyuki, Takamori Hideki, Tsuji Misaki, Hayashi Maho, Ikeda Junki, Orikasa Taichi, Torii Hiroko, Ozamoto Yuki, Suzuki Shuko, Morita Shinichiro, Ikada Yoshito and Hagiwara Akeo. 20140929. Development of gelatin flakes, a new type of anti-adhesive material: a preliminary study of in vivo rat adhesion models. : Surgery today.

Harvard

Tsujimoto H., Takamori H., Tsuji M., Hayashi M., Ikeda J., Orikasa T., Torii H., Ozamoto Y., Suzuki S., Morita S., Ikada Y. and Hagiwara A. (20140929). Development of gelatin flakes, a new type of anti-adhesive material: a preliminary study of in vivo rat adhesion models. : Surgery today.

MLA

Tsujimoto Hiroyuki, Takamori Hideki, Tsuji Misaki, Hayashi Maho, Ikeda Junki, Orikasa Taichi, Torii Hiroko, Ozamoto Yuki, Suzuki Shuko, Morita Shinichiro, Ikada Yoshito and Hagiwara Akeo. Development of gelatin flakes, a new type of anti-adhesive material: a preliminary study of in vivo rat adhesion models. : Surgery today. 20140929.