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©The Author(s) 2020.
World J Gastroenterol. Jun 28, 2020; 26(24): 3326-3343
Published online Jun 28, 2020. doi: 10.3748/wjg.v26.i24.3326
Published online Jun 28, 2020. doi: 10.3748/wjg.v26.i24.3326
Ref. | Etiology | Patients(n) | Follow-up (mo) | Region | HCC(n) | AUROC | Cut-off |
Yu et al[31], 2006 | HCV IFN-based treated | 776 | 62.5 | Asia | 41 | 0.870 | 0.75 all patients 0.5 SVR, 1.5 no-SVR |
Yu et al[31], 2006 | HCV untreated | 562 | 61.8 | Asia | 54 | 0.715 | 1.5 |
Reddy et al[33], 2015 | HCV SVR IFN-treated | 22 | 96 | America | 0 | - | - |
Reddy et al[33], 2015 | HCV untreated | 203 | 96 | America | 51 | - | - |
Hann et al[34], 2015 | HBV | 855 | 52.4 | America; Asia | 82 | - | - |
Chen et al[35], 2016 | HCV SVR | 540 | 41.4 | Asia | 15 | - | > 0.5 |
Chen et al[35], 2016 | HCV (no-SVR) | 183 | 36.8 | Asia | 14 | - | > 1.5 |
Kim et al[36], 2016 | HBV | 542 | 60 | Asia | 68 | 0.731 | > 0.766 |
Lee et al[37], 2016 | HCV | 598 | 61.2 | Asia | 8 | 1 | |
Ng et al[38], 2016 | HCV | 105 | 40.56 | Asia | 15 | - | 2 |
Wu et al[39], 2016 | HCV SVR | 1351 | 6 after SVR | Asia | 49 | - | 0.7 |
Toyoda et al[21], 2017 | HCV SVR; Training cohort | 522 | 104 | Asia | 21 | - | 0.73 |
Toyoda et al[21], 2017 | HCV SVR; Validation cohort | 309 | 87,6 | Asia | 17 | - | 0,73 |
Cheung et al[22], 2017 | PBC | 144 | 82.8 | Asia | 12 | 0.77 | 0.54 |
Nishikawa et al[23], 2017 | HBV | 338 | 59.8 | Asia | 33 | 0.601 | 0.78 |
Ji et al[24], 2017 | HCV SVR | 34 | 41.4 | Asia | 5 | 1.5 | |
Paik et al[16], 2018 | HBV | 1006 | 61.2 | Asia | 36 | 0.76 | 0.5 |
Chang et al[25], 2018 | HCV (no-SVR) | 800 | 53.5 | Asia | 100 | - | 2.57 |
Kim et al[26], 2018 | ALD | 924 | 36 | Asia | 83 | 0.61 | 1 |
Song et al[27], 2018 | HBV | 1014 | 46.8 | Asia | 37 | - | 0.5 |
Sou et al[28], 2018 | HCV SVR; IFN-treatment | 1351 | 6 after SVR | Asia | 47 | - | 0,7 |
Sou et al[28], 2018 | HCV no SVR | 536 | 6 post treatment | Asia | 75 | - | 0,7 |
Na et al[20], 2019 | HCV SVR | 295 | 89.2 | Asia | 12 | 0.89 | 2 |
Yoshimasu et al[29], 2019 | HCV DAAs | 211 | 6 after DAAs | Asia | 2 | - | - |
Sahin et al[30], 2019 | HBV; HBV+HDV | 361 | - | Europe | 115 | - | - |
Kim et al[32], 2020 | HBV | 444 | 94.2 | Asia | 25 | 0.572 | - |
Ref. | Etiology | Patients (n) | Follow-up (mo) | Region | HCC (n) | AUROC | Cut-offs |
Park et al[44], 2011 | HIV with HCV, HBV, ALD | 22980 | - | United States | 112 | - | 1.45–3.25; > 3.25 |
Chon et al[49], 2012 | HBV | 1126 | 30.7 | Asia | 63 | 0.744 | - |
Tamaki et al[50], 2014 | HCV | 1046 | 76.8 – 70.8 | Asia | 119 | 0.61 | > 3.25; > 3.25 + ΔFIB-4/ year ≥ 0.3; ΔFIB-4/ year ≥ 0.3 |
Ito et al[51], 2015 | HCV | 516 | 135.6 | Asia | 60 | - | 2.0-4.0; > 4 |
Toyoda et al[52], 2015 | HCV SVR | 522 | 86.4 | Asia | 18 | - | > 2 (at SVR24) |
Suh et al[47], 2015 | HBV | 986 | 64.8 | Asia | - | - | 1.7–2.4; > 2.4 |
Suh et al[46], 2015 | ALD | 6661 | 74.4 | Asia | - | - | 1.75 –2.1; > 2.1 |
Kim et al[36], 2016 | HBV | 542 | 60 | Asia | 68 | 0.803 | 2.225 |
Fusco et al[53], 2016 | HBV, HCV, none | 4492 | 96 | Europe | 22 | - | 3.25 |
Tseng et al[48], 2017 | HBV naive HBV NU | 2075 (+532) | 192.2 | Asia | 137 (+10) | 0.75 | 1.29 |
Nishikawa et al[23], 2017 | HBV | 338 | 60 | Asia | 33 | 0.768 | 3.666 |
Butt et al[54], 2017 | HCV | 21116 | 12/36/60 | United States | - | 0.81 - 0.82 | 1.45 |
Kim et al[26], 2018 | ALD | 924 | 36 | Asia | 83 | 0.69 | 3.5 |
Chang et al[25], 2018 | HCV no SVR | 800 | 53.5 | Asia | 100 | - | 2.83 |
Peleg et al[55], 2018 | NAFLD | 153 | 100 | Israel | 6 | - | 2.67 |
Song et al[27], 2018 | HBV | 1014 | 46.8 | Asia | 37 | - | 1.45 |
Paik et al[16], 2018 | HBV | 1006 | 61.2 | Asia | 36 | 0.71 | 1.45 |
Kanwal et al[45], 2019 | HCV SVR post-DAA | 18076 | 43,8 | United States | 544 | - | 3.25; 1.45 |
Ioannou et al[56], 2019 | HCV SVR | 48135 | 64.8 | United States | 1509 | - | 3.25 |
Alexander et al[57], 2019 | NAFLD | 63971 (Fib-4 available) | 39.6 | Europe | - | - | 2.67 |
Na et al[20], 2019 | HCV SVR | 295 | 89.2 | Asia | 12 | 0.86 0.85 | 3.25 (pre-SVR); 2.5 (SVR) |
Li et al[58], 2019 | HCV | 711 | - | Asia | 249 | 0.961 | 2.18 |
Watanabe et al[59], 2019 | HCV SVR post -DAA | 1174 | 17.9 | Asia | 35 | - | 4 |
Degasperi et al[60], 2019 | HCV SVR post -DAA | 565 | 25 | Europe | 48 | - | 9 |
Kim et al[32], 2020 | HBV | 444 | 84 | Asia | 25 | 0.753 (60 mo); 0.698 (84 mo) | 3.25 |
Ref. | Etiology | Patients (n) | Follow-up (mo) | Region | HCC (n) | AUROC | Cut-off (kPa) |
Masuzaki et al[110], 2008 | HCV | 265 | - | Asia | 85 | 0.805 | 25 |
Nahon et al[116], 2009 | HCV | 265 | - | Europe | 66 | - | - |
Masuzaki et al[115], 2009 | HCV | 866 | 36.0 | Asia | 77 | - | 25 |
Kuo et al[117], 2010 | HBV, HCV, non-B/non-C | 435 | - | Asia | 106 | 0.736 | 24 |
Akima et al[118], 2011 | Mixed (HCV: 85%) | 157 | 40.7 | Asia | 41 | 0.787 | 12.5 |
Jung et al[90], 2011 | HBV | 1130 | 30.7 | Asia | 57 | - | 8 |
Fung et al[91], 2011 | HBV | 528 | 35.0 | Asia | 7 | - | 10 |
Robic et al[94], 2011 | Mixed | 100 | 24.0 | Europe | 4 | 0.837 | 21.1 |
Klibansky et al[95], 2012 | Mixed | 667 | 28.7 | USA | 16 | 0.870 | 10.5 |
Chon et al[49], 2012 | HBV | 1126 | 30.7 | Asia | 63 | 0.789 | - |
Kim et al[92], 2012 | HBV | 128 | 27.8 | Asia | 13 | 0.722 | 19 |
Calvaruso et al[97], 2012 | HCV/HIV | 275 | 32 | Europe | - | - | 14-40 |
Salmon et al[98], 2012 | HCV/HIV | 244 | 30 | Europe | 21 | - | 12.5 |
Perez-Latorre et al[99], 2013 | HCV | 60 | 42 | Europe | 7 | 0.77 | 25-40 |
Feier et al[89], 2013 | HCV | 144 | - | Europe | 72 | 0.680 | 38.5 |
Wang et al[119], 2013 | HCV | 198 | 47.8 | Asia | 10 | - | 12 |
Narita et al[120], 2013 | HCV | 151 | 24.1 | Asia | 9 | - | 14 |
Kim et al[93], 2013 | HBV | 162 | 24.0 | Asia | 12 | 0.736 | 12 |
Poynard et al[96], 2014 | HCV | 3927 | 144 | Europe | 84 | 0.860 | 50 |
Wong et al[100], 2014 | HBV | 1555 | 69 | Asia | 55 | 0.83 | 11 |
Kim et al[102], 2015 | HBV | 2876 | 48.9 | Asia | 52 | 0.532 | 13 |
Wang et al[103], 2016 | HCV | 278 | 91.2 | Asia | 18 | 0.781 | 12 |
Adler et al[105], 2016 | Mixed | 432 | 31.3 | Europe | 41 | - | 20 |
Bihari et al[106], 2016 | HBV | 964 | - | Asia | 14 | 0.767 | |
Seo et al[107], 2016 | HBV | 381 | 48.1 | Asia | 34 | 0.745 | - |
Jeon et al[104], 2017 | HBV | 540 | 54.1 | Asia | 81 | 0.598 | 13 |
Li et al[101], 2017 | HBV | 1200 | 48 | Asia | 156 | - | - |
D’Ambrosio et al[108], 2018 | HCV | 404 | 36 | Europe | 24 | - | - |
Wang et al[109], 2019 | HBV | 371 | 67.2 | Asia | 27 | 0.636 | 21.5 |
Degasperi et al[60], 2019 | HCV SVR | 546 | 25 | Europe | 28 | - | 30 |
Rinaldi et al[111], 2019 | HCV SVR | 258 | 24 | Europe | 35 | 0.691 | 27.8 |
Izumi et al[112], 2019 | HCV | 419 | 30 | Asia | 32 | 0.806 | 8 |
Izumi et al[112], 2019 | HBV | 377 | 27 | Asia | 23 | 0.795 | 6.2 |
Izumi et al[112], 2019 | NAFLD | 258 | 30 | Asia | 33 | 0.698 | 5.4 |
Pons et al[113], 2019 | HCV SVR | 572 | 33 | Europe | 25 | - | - |
Nakagomi et al[114], 2019 | HCV | 1146 | 78 | Asia | 190 | - | - |
- Citation: Marasco G, Colecchia A, Silva G, Rossini B, Eusebi LH, Ravaioli F, Dajti E, Alemanni LV, Colecchia L, Renzulli M, Golfieri R, Festi D. Non-invasive tests for the prediction of primary hepatocellular carcinoma. World J Gastroenterol 2020; 26(24): 3326-3343
- URL: https://www.wjgnet.com/1007-9327/full/v26/i24/3326.htm
- DOI: https://dx.doi.org/10.3748/wjg.v26.i24.3326