Synthetic RORγ agonists regulate multiple pathways to enhance antitumor immunity von Hu, Xiao, Liu, Xikui, Moisan, Jacques, Wang, Yahong, Lesch, Charles A., Spooner, Chauncey, Morgan, Rodney W., Zawidzka, Elizabeth M., Mertz, David, Bousley, Dick, Majchrzak, Kinga, Kryczek, Ilona, Taylor, Clarke, Van Huis, Chad, Skalitzky, Don, Hurd, Alexander, Aicher, Thomas D., Toogood, Peter L., Glick, Gary D., Paulos, Chrystal M., Zou, Weiping, Carter, Laura L.

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Abstract 565: ROR agonists regulate immune checkpoint receptors to enhance anti-tumor immunity von Hu, Xiao, Liu, Xikui, Moisan, Jacques, Paulos, Chrystal, Wang, Yahong, Spooner, Chauncey, Lesch, Charles, Morgan, Rodney, Mertz, David, Bousley, Dick, Taylor, Clarke, Van Huis, Chad, Skalitzky, Don, Aicher, Thomas, Toogood, Peter, Carter, Laura

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Abstract 565: RORγ agonists regulate immune checkpoint receptors to enhance anti-tumor immunity von Hu, Xiao, Liu, Xikui, Moisan, Jacques, Paulos, Chrystal, Wang, Yahong, Spooner, Chauncey, Lesch, Charles, Morgan, Rodney, Mertz, David, Bousley, Dick, Taylor, Clarke, Van Huis, Chad, Skalitzky, Don, Aicher, Thomas, Toogood, Peter, Carter, Laura

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Novel RORgamma agonists enhance anti-tumor activity of adoptive T cell therapy (TUM2P.1010) von Carter, Laura, Moisan, Jacques, Majchrzak, Kinga, Hu, Xia, Morgan, Rodney, Liu, Xikui, Demock, Kellie, Wang, Yahong, Lesch, Chuck, Sanchez, Brian, Bousley, Dick, Taylor, Clarke, Van Huis, Chad, Skalitzky, Don, Aicher, Tom, Toogood, Peter, Zou, Weiping, Paulos, Chrystal, Glick, Gary

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RORgamma agonists enhance survival and memory of type 17 T cells and improve anti-tumor activity von Hu, Xiao, Moisan, Jacques, Majchrzak, Kinga, Lesch, Chuck, Wang, Yahong, Sanchez, Brian, Liu, Xikui, Morgan, Rodney, Mertz, David, Bousley, Dick, van Huis, Chad, Skalitzky, Don, Taylor, Clarke, Aicher, Thomas, Toogood, Peter, Zou, Weiping, Glick, Gary, Paulos, Chrystal, Carter, Laura

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