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. 2020 Jul 3;11:1389. doi: 10.3389/fimmu.2020.01389

Table 1B.

Studies utilizing antibodies IL33/ST2 in tumor models in mice.

Reference Antibody Cancer model Result MCs analyzed
Guabiraba et al. (123) Anti-IL33, anti-mouse, clone 396118, MAB3626, R&D CT26 colon cancer cell line subcutaneous aIL33+Irinotecan -> anti-tumor effect No
Nakagawa et al. (105) Anti-IL33, R&D KTC-K19CreERT extrahepatic cholangiocarcinoma mice Anti-tumor effect No
Wu et al. (124) Anti-IL33, anti-human, MAB36254, R&D Renal cancer cell lines 786O and OSRC2 subcutaneous in nude BalbC Anti-tumor effect No
Anti-ST2, anti-human, Clone MAB523, R&D Anti-tumor effect No
Zhou et al. (125) Rabbit anti-mouse, R&D CT26 colon cancer cell line subcutaneous Anti-tumor effect No
Rabbit anti-mouse, R&D Anti-tumor effect No
Kim et al. (126) Anti-ST2, anti-mouse, clone 245707, MAB10041, R&D KrasG12DxCCSP-Cre lung cancer model Anti-tumor effect No
Lin et al. (127) Anti-ST2, monoclonal anti-human, R&D Ln229 glioma cell line subcutaneous in NSG mice Anti-tumor effect NSG are MC-def.
Maywald et al. (70) Anti-ST2, mu-IgG1-FC–anti-muST2, Amgen ApcMin intestinal cancer model Anti-tumor effect Yes, MC number + activation decreased in IL33KO/anti-St2 treated tumors
Kudo-Saito et al. (128) Anti-IL33, anti-mouse, R&D B16F10 melanoma subcutaneous and intravenous Anti-tumor Yes, MC increased in BM metastasis