APA

Choi J. P., Lee S. M., Choi H. I., Kim M. H., Jeon S. G., Jang M. H., Jee Y. K., Yang S., Cho Y. J. & Kim Y. K. (20160429). House Dust Mite-Derived Chitin Enhances Th2 Cell Response to Inhaled Allergens, Mainly via a TNF-α-Dependent Pathway. : Allergy, asthma & immunology research.

Chicago

Choi Jun Pyo, Lee Sang Min, Choi Hyun Il, Kim Min Hye, Jeon Seong Gyu, Jang Myoung Ho, Jee Young Koo, Yang Sanghwa, Cho Young Joo and Kim Yoon Keun. 20160429. House Dust Mite-Derived Chitin Enhances Th2 Cell Response to Inhaled Allergens, Mainly via a TNF-α-Dependent Pathway. : Allergy, asthma & immunology research.

Harvard

Choi J. P., Lee S. M., Choi H. I., Kim M. H., Jeon S. G., Jang M. H., Jee Y. K., Yang S., Cho Y. J. and Kim Y. K. (20160429). House Dust Mite-Derived Chitin Enhances Th2 Cell Response to Inhaled Allergens, Mainly via a TNF-α-Dependent Pathway. : Allergy, asthma & immunology research.

MLA

Choi Jun Pyo, Lee Sang Min, Choi Hyun Il, Kim Min Hye, Jeon Seong Gyu, Jang Myoung Ho, Jee Young Koo, Yang Sanghwa, Cho Young Joo and Kim Yoon Keun. House Dust Mite-Derived Chitin Enhances Th2 Cell Response to Inhaled Allergens, Mainly via a TNF-α-Dependent Pathway. : Allergy, asthma & immunology research. 20160429.