D. Ozkazanc Et Al. , "Costimulatory signals derived from myeloid leukemia cells contribute to functional exhaustion in CD4(+) T cells," International Congress of Immunology (ICI) , vol.46, Melbourne, Australia, pp.1092-1093, 2016
Ozkazanc, D. Et Al. 2016. Costimulatory signals derived from myeloid leukemia cells contribute to functional exhaustion in CD4(+) T cells. International Congress of Immunology (ICI) , (Melbourne, Australia), 1092-1093.
Ozkazanc, D., BÜYÜKAŞIK, Y., & ESENDAĞLI, G., (2016). Costimulatory signals derived from myeloid leukemia cells contribute to functional exhaustion in CD4(+) T cells . International Congress of Immunology (ICI) (pp.1092-1093). Melbourne, Australia
Ozkazanc, D., YAHYA BÜYÜKAŞIK, And GÜNEŞ ESENDAĞLI. "Costimulatory signals derived from myeloid leukemia cells contribute to functional exhaustion in CD4(+) T cells," International Congress of Immunology (ICI), Melbourne, Australia, 2016
Ozkazanc, D. Et Al. "Costimulatory signals derived from myeloid leukemia cells contribute to functional exhaustion in CD4(+) T cells." International Congress of Immunology (ICI) , Melbourne, Australia, pp.1092-1093, 2016
Ozkazanc, D. BÜYÜKAŞIK, Y. And ESENDAĞLI, G. (2016) . "Costimulatory signals derived from myeloid leukemia cells contribute to functional exhaustion in CD4(+) T cells." International Congress of Immunology (ICI) , Melbourne, Australia, pp.1092-1093.
@conferencepaper{conferencepaper, author={D. Ozkazanc Et Al. }, title={Costimulatory signals derived from myeloid leukemia cells contribute to functional exhaustion in CD4(+) T cells}, congress name={International Congress of Immunology (ICI)}, city={Melbourne}, country={Australia}, year={2016}, pages={1092-1093} }