APA
Takata K., Kozaki T., Lee C. Z. W., Thion M. S., Otsuka M., Lim S., Utami K. H., Fidan K., Park D. S., Malleret B., Chakarov S., See P., Low D., Low G., Garcia-Miralles M., Zeng R., Zhang J., Goh C. C., Gul A., Hubert S., Lee B., Chen J., Low I., Shadan N. B., Lum J., Wei T. S., Mok E., Kawanishi S., Kitamura Y., Larbi A., Poidinger M., Renia L., Ng L. G., Wolf Y., Jung S., Önder T., Newell E., Huber T., Ashihara E., Garel S., Pouladi M. A. & Ginhoux F. (20170925). Induced-Pluripotent-Stem-Cell-Derived Primitive Macrophages Provide a Platform for Modeling Tissue-Resident Macrophage Differentiation and Function. : Immunity.
Chicago
Takata Kazuyuki, Kozaki Tatsuya, Lee Christopher Zhe Wei, Thion Morgane Sonia, Otsuka Masayuki, Lim Shawn, Utami Kagistia Hana, Fidan Kerem, Park Dong Shin, Malleret Benoit, Chakarov Svetoslav, See Peter, Low Donovan, Low Gillian, Garcia-Miralles Marta, Zeng Ruizhu, Zhang Jinqiu, Goh Chi Ching, Gul Ahmet, Hubert Sandra, Lee Bernett, Chen Jinmiao, Low Ivy, Shadan Nurhidaya Binte, Lum Josephine, Wei Tay Seok, Mok Esther, Kawanishi Shohei, Kitamura Yoshihisa, Larbi Anis, Poidinger Michael, Renia Laurent, Ng Lai Guan, Wolf Yochai, Jung Steffen, Önder Tamer, Newell Evan, Huber Tara, Ashihara Eishi, Garel Sonia, Pouladi Mahmoud A and Ginhoux Florent. 20170925. Induced-Pluripotent-Stem-Cell-Derived Primitive Macrophages Provide a Platform for Modeling Tissue-Resident Macrophage Differentiation and Function. : Immunity.
Harvard
Takata K., Kozaki T., Lee C. Z. W., Thion M. S., Otsuka M., Lim S., Utami K. H., Fidan K., Park D. S., Malleret B., Chakarov S., See P., Low D., Low G., Garcia-Miralles M., Zeng R., Zhang J., Goh C. C., Gul A., Hubert S., Lee B., Chen J., Low I., Shadan N. B., Lum J., Wei T. S., Mok E., Kawanishi S., Kitamura Y., Larbi A., Poidinger M., Renia L., Ng L. G., Wolf Y., Jung S., Önder T., Newell E., Huber T., Ashihara E., Garel S., Pouladi M. A. and Ginhoux F. (20170925). Induced-Pluripotent-Stem-Cell-Derived Primitive Macrophages Provide a Platform for Modeling Tissue-Resident Macrophage Differentiation and Function. : Immunity.
MLA
Takata Kazuyuki, Kozaki Tatsuya, Lee Christopher Zhe Wei, Thion Morgane Sonia, Otsuka Masayuki, Lim Shawn, Utami Kagistia Hana, Fidan Kerem, Park Dong Shin, Malleret Benoit, Chakarov Svetoslav, See Peter, Low Donovan, Low Gillian, Garcia-Miralles Marta, Zeng Ruizhu, Zhang Jinqiu, Goh Chi Ching, Gul Ahmet, Hubert Sandra, Lee Bernett, Chen Jinmiao, Low Ivy, Shadan Nurhidaya Binte, Lum Josephine, Wei Tay Seok, Mok Esther, Kawanishi Shohei, Kitamura Yoshihisa, Larbi Anis, Poidinger Michael, Renia Laurent, Ng Lai Guan, Wolf Yochai, Jung Steffen, Önder Tamer, Newell Evan, Huber Tara, Ashihara Eishi, Garel Sonia, Pouladi Mahmoud A and Ginhoux Florent. Induced-Pluripotent-Stem-Cell-Derived Primitive Macrophages Provide a Platform for Modeling Tissue-Resident Macrophage Differentiation and Function. : Immunity. 20170925.