Copyright: ©Author(s) 2026.
World J Hepatol. Aug 27, 2026; 18(8): 124224
Published online Aug 27, 2026. doi: 10.4254/wjh.124224
Published online Aug 27, 2026. doi: 10.4254/wjh.124224
Table 2 Non-gastrointestinal extrahepatic malignancies in metabolic dysfunction-associated steatotic liver disease: Cancer type, key studies, risk estimates, proposed mechanisms, and trends
| Cancer type | Ref. | Risk estimate (HR or OR) | Proposed mechanisms | Trend/notes |
| Breast cancer | Lee et al[51], 2026 (nationwide Korean cohort); Mantovani et al[12], 2022 (meta-analysis, Gut); Zhou et al[37], 2024 (meta-analysis); Thomas et al[9], 2024 (Lancet GE & H); Zhang and Nguyen[26], 2025 (review) | HR 1.17 (Zhou et al[37] meta-analysis); HR 1.20 in postmenopausal women with BMI 25-30 (Lee et al[51], 2026); OR approximately 1.2-1.5 (Mantovani et al[12], 2022) | Peripheral estrogen excess; leptin signaling; IR-IGF-1 axis; adipokine dysregulation | Rising; highest-burden non-GI cancer association; postmenopausal women at greatest risk |
| Endometrial cancer | Allen et al[35], 2019 (community cohort, J Hepatol); Mantovani et al[12], 2022 (meta-analysis, Gut); Thomas et al[10], 2022 (meta-analysis, Eur J Cancer); Thomas et al[9], 2024 (Lancet GE & H); Zhang and Nguyen[26], 2025 (review) | Approximately 2-fold uterine cancer risk in NAFLD (Allen et al[35], 2019); pooled OR approximately 1.5-2.1 across studies | Unopposed estrogen stimulation; hyperinsulinemia; adipokine excess | Rising; strong mechanistic plausibility; consistent across populations |
| Ovarian cancer | Park et al[46], 2025 (nationwide Korean cohort, n = 2.3M women, ages 20-39); Zhou et al[37], 2024 (meta-analysis); Zhang and Nguyen[26], 2025 (review, Metabolism) | HR 1.30 young-onset ovarian cancer (Park et al[46], 2025); HR 1.36 female genital organ cancers (Zhou et al[37] meta-analysis) | Hormonal dysregulation; PCOS overlap; adipokine signaling | Emerging; young-onset data of concern; limited overall evidence base |
| Thyroid cancer | Moon et al[47], 2025 (Korean cohort, thyroid); Zhou et al[37], 2024 (meta-analysis); Chen et al[49], 2025 (meta-analysis); Kwon et al[48], 2024 (cohort); Liu et al[43], 2022 (metabolism) | HR 1.36 (Moon et al[47], 2025); HR 1.46 (Zhou et al[37] meta-analysis); HR 1.69 in women (Liu et al[43], 2022 United Kingdom Biobank) | Insulin resistance; TSH dysregulation; thyroid nodularity in MASLD | Emerging; predominantly Asian cohort data; Western validation needed |
| Urinary system cancer (renal cell/bladder) | Bril and Elbert[68], 2025 (review); Mantovani et al[12], 2022 (meta-analysis, Gut); Zhou et al[37], 2024 (meta-analysis); Thomas et al[10], 2022; Thomas et al[9], 2024 | HR 1.45 (Zhou et al[37] meta-analysis); OR approximately 1.2-1.5 (Mantovani et al[12], 2022); kidney/bladder cancers documented in pooled NAFLD incidence data | Adiposity-driven ROS; chronic renal inflammation; altered adipokine signaling | Underexplored; mechanistically plausible; dedicated studies lacking |
| Lung cancer | Mantovani et al[12], 2022 (meta-analysis, Gut); Zhou et al[37], 2024 (meta-analysis); Pan et al[69], 2025 (review); Thomas et al[9], 2024 (Lancet GE & H) | OR approximately 1.2-1.5 (Mantovani et al[12], 2022); null association in Zhou et al[37], 2024 meta-analysis | Systemic inflammation; adipokine-mediated bronchial epithelial effects; shared metabolic exposures | Mixed; signal present in some cohorts but null in pooled analyses; smoking confounding remains a key concern |
| Prostate cancer | Mantovani et al[12], 2022 (meta-analysis, Gut); Zhou et al[37], 2024 (meta-analysis); Thomas et al[10], 2022 (meta-analysis, Eur J Cancer); Thomas et al[9], 2024 (Lancet GE & H) | Conflicting; null in pooled meta-analyses (Mantovani et al[12], 2022; Zhou et al[37], 2024); inverse association reported in some Korean cohorts | Testosterone deficiency may reduce androgen-driven risk; complex hormonal interplay in MASLD/obesity | Uncertain; inverse/null in most studies; mechanism warrants further investigation |
- Citation: Blaske B, Ward M, Thandassery RB. Metabolic dysfunction-associated steatotic liver disease and the consequence of extra-hepatic malignancy. World J Hepatol 2026; 18(8): 124224
- URL: https://www.wjgnet.com/1948-5182/full/v18/i8/124224.htm
- DOI: https://dx.doi.org/10.4254/wjh.124224