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. 2020 Feb 7;20(1):e6. doi: 10.4110/in.2020.20.e6

Table 2. Summary of type 17 T-cell types by human cancers and its associated prognosis.

Cancer Type Endogenous, tumor-infiltrating type 17 T-cells found Overall survival Ref.
Acute leukemia Th17 Improved (32)
Acute myeloid leukemia Tc17 Poor (33)
Breast Th17 Poor* (34,35)
Colorectal cancer gdT17, Th17 Poor (28,36,37,38)
Cervical carcinoma Th17 Improved (39)
Cervical squamous cell carcinoma CD3+ IL17+ Improved (40)
Esophageal squamous cell carcinoma IL17+ cells Improved (41,42)
Gastric carcinoma Th17 Poor (43,44)
Hepatocellular carcinoma Tc17, Th17 Poor (45,46,47)
Lung cancer Th17 Improved (48)
Lung carcinoma Th17, gdT17 Improved (49,50)
Melanoma Th17, Tc17 Poor (51)
Myeloma Th17 Poor (52,53)
Nasopharyngeal Th17, Tc17 Improved? (54)
Nasopharyngeal carcinoma IL17+ cells No correlation (54,55)
Non-small cell lung Th17 Poor (56,57)
Ovarian Th17 Improved (58,59)
Pancreatic Th17 Poor (60)
Prostate Th17, NKT17 Improved§ (61,62)
Renal cell carcinoma Th17 Improved (63)
Small cell lung Th17 (peripheral) Improved (64)

*Improved survival was observed in non-inflamed triple negative breast cancer. In cervical carcinoma, IL-17 level as a whole was associated with poor outcome, due to the pro-tumorigenic contributions of IL-17 producing neutrophils. Prognosis for IL-17+ cells in general was poor for cervical squamous cell carcinoma. §The prognosis for IL-17 producing cells in hormone-resistant prostate cancer.