Supplementary Data from NKG7 Is a T-cell–Intrinsic Therapeutic Target for Improving Antitumor Cytotoxicity and Cancer Immunotherapy

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Bibliographic Details
Main Author:	Ti Wen (15130158) (author)
Other Authors:	Whitney Barham (3519266) (author), Ying Li (38224) (author), Henan Zhang (15039950) (author), Joanina K. Gicobi (15112708) (author), Jacob B. Hirdler (15130161) (author), Xin Liu (43569) (author), Hyoungjun Ham (1379232) (author), Kodi E. Peterson Martinez (15130164) (author), Fabrice Lucien (190431) (author), Roxane R. Lavoie (12782390) (author), Hu Li (130600) (author), Cristina Correia (14937743) (author), Dileep D. Monie (15130167) (author), Zesheng An (1488511) (author), Susan M. Harrington (14995181) (author), Xiaosheng Wu (358753) (author), Ruifeng Guo (3932663) (author), Roxana S. Dronca (8604987) (author), Aaron S. Mansfield (15033804) (author), Yiyi Yan (15128922) (author), Svetomir N. Markovic (10662246) (author), Sean S. Park (15039986) (author), Jie Sun (74648) (author), Hong Qin (279614) (author), Minetta C. Liu (15032247) (author), George Vasmatzis (69257) (author), Daniel D. Billadeau (15014748) (author), Haidong Dong (15039983) (author)
Published:	2025
Subjects:	Cancer Therapeutic Research and Development Immuno-oncology Methods and Technology Biological Agents & Therapies Gene therapy Immunology Immune responses to cancer Immunomodulation Immunotherapy Checkpoint blockade Single Cell Technologies
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