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©The Author(s) 2025.
World J Hepatol. Nov 27, 2025; 17(11): 112675
Published online Nov 27, 2025. doi: 10.4254/wjh.v17.i11.112675
Published online Nov 27, 2025. doi: 10.4254/wjh.v17.i11.112675
Table 1 Validated risk stratification models for hepatocellular carcinoma development
| Model | Region | Derivation cohort | Variables included | Risk stratification cutoffs | Ref. |
| aMAP | Global | Treated chronic liver disease patients | Age, sex, bilirubin, albumin, platelet count | Low: 0-50. Intermediate: 50-60. High: 60-100 | Fan et al[43], 2020 |
| GAG-HCC | Hong Kong, China | CHB patients | Age, sex, HBV DNA level, core promoter mutations, cirrhosis | Low: < 100. High: ≥ 100 | Yuen et al[72], 2009 |
| CU-HCC | Taiwan, China, South Korea, Hong Kong | Non-cirrhotic CHB patients | Age, sex, platelet count, ALT level, HBeAg status | Low: < 5. Intermediate: | Kim et al[73], 2024 |
| REACH-B | Taiwan, China | Untreated non-cirrhotic CHB patients | Age, albumin, bilirubin, HBV DNA, cirrhosis | Low: ≤ 5. Intermediate: | Wong et al[74], 2010 |
| LSM-HCC | Hong Kong, China | CHB patients | LSM, age, serum albumin, HBV DNA | Low: < 11. High: ≥ 11 | Wong et al[75], 2014 |
| mREACH-B | South Korea | CHB patients | Age, sex, HBeAg, LSM, ALT | Low: < 10. High: ≥ 10 | Jung et al[76], 2015 |
| HCC-RESCUE | South Korea | CHB patients on oral antivirals | Age, sex, cirrhosis | Low: < 5%. Intermediate: 5%-20%. High: ≥ 20% | Sohn et al[77], 2017 |
| AGED | China | HBsAg-positive CHB patients | Age, sex, HBeAg status, HBV DNA level | Low: 0-4. Intermediate: | Fan et al[78], 2019 |
| CAMD | Hong Kong, Taiwan | CHB patients on ETV/TDF | Age, sex, cirrhosis, diabetes | Low: 0-7. Intermediate: | Hsu et al[79], 2018 |
| PAGE-B | Europe | Caucasian CHB patients on antivirals | Age, sex, platelet count | Low: ≤ 9. Intermediate: 10-17. High: ≥ 18 | Papatheodoridis et al[80], 2016 |
| mPAGE-B | South Korea | Asian CHB patients on antivirals (≥ 12 months) | Age, sex, platelet count, albumin | Low: 0-8. Intermediate: | Kim et al[81], 2018 |
| REAL-B | Asia-Pacific, United States | CHB patients on antivirals | Sex, age, alcohol use, diabetes, cirrhosis, platelet count, AFP | Low: 0-3. Intermediate: | Yang et al[82], 2020 |
| RWS-HCC | Singapore | CHB patients | Age, sex, cirrhosis, AFP | Low: < 4.5. Significant: | Poh et al[83], 2016 |
| THRI | Canada | Cirrhosis patients | Age, sex, etiology, platelet count | Low: < 120. Intermediate: 120-240. High: > 240 | Sharma et al[84], 2017 |
| GES | Egypt | HCV cirrhosis or advanced fibrosis patients | Age, sex, albumin, AFP, pretreatment fibrosis stage | Low: ≤ 6. Intermediate: | Shiha et al[85], 2020 |
| George et al | United States | NAFLD or ALD cirrhosis patients | Age, sex, BMI, diabetes, platelet count, albumin, AST/ALT ratio | Low: 0%-1%. Intermediate: > 1%-3%. High: > 3% | Ioannou et al[86], 2019 |
| PAaM | United States | Cirrhosis (mixed etiology) | Prognostic liver secretome signature + AFP, age, male sex, ALBI, platelet count | Low: < 4.318. High: | Fujiwara et al[87], 2025 |
Table 2 Summary of hepatocellular carcinoma prediction models based on serum biomarkers
| Model name | Components/equation | Ref. |
| GALAD | -10.08 + 0.09 × age + 1.67 × gender + 0.04 × AFP-L3% + 2.34 × log10 AFP + 1.33 × log10 DCP | Johnson et al[88], 2014 |
| GAAP | 9.134 + 0.892 × gender + 0.073 × age + 1.057 × log10 AFP + 1.015 × log10 DCP | Liu et al[89], 2020 |
| AALP | 7.245 + 0.056 × age + 0.431 × log10 AFP + 3.112 × AFP-L3 + 1.162 × log10 PIVKA-II | Ren et al[90], 2023 |
| ASAP | -7.577 + 0.047 × age - 0.576 × gender + 0.422 × lnAFP + 1.105 × lnDCP | Sun et al[91], 2025 |
| GAAD | Gender, age, PIVKA-II, AFP | Piratvisuth et al[92], 2023 |
| GAADPB | 0.176 + 0.162 × gender + 0.002 × age + 0.178 × log10 AFP + 0.164 × log10 DCP - 0.007 × TP - 0.002 × TB | Chen et al[93], 2023 |
| BALAD | Bilirubin, albumin, AFP-L3, AFP, DCP | Toyoda et al[94], 2006 |
| BALAD-2 | 0.02 × (AFP-2.57) + 0.012 × (AFP-L3 - 14.19) + 0.19 × (lnDCP - 1.93) + 0.17 × (Bilirubin1/2 - 4.5) - 0.09 × (albumin - 35.11) | Fox et al[95], 2014 |
| Doylestown | 1/{1 + exp[-(-10.307 + 0.097 × age + 1.645 × gender + 2.315 × log10 AFP + 0.011 × ALP - 0.008 × ALT)]} | Wang et al[96], 2016 |
| Doylestown Plus | Age, logAFP, PEG-precipitated IgG, fucosylated kininogen | Singal et al[97], 2022 |
| HES V1.0 | Age, current AFP level, AFP change rate, ALT, platelets | Tayob et al[98], 2021 |
| HES V2.0 | Age, current AFP level, AFP change rate, ALT, platelets, AFP-L3, DCP | El-Serag et al[99], 2025 |
- Citation: Liu ZH, Wang WJ, Dang SS. Early screening for liver cancer must be performed. World J Hepatol 2025; 17(11): 112675
- URL: https://www.wjgnet.com/1948-5182/full/v17/i11/112675.htm
- DOI: https://dx.doi.org/10.4254/wjh.v17.i11.112675
