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©2013 Baishideng Publishing Group Co.
World J Gastroenterol. Nov 21, 2013; 19(43): 7515-7530
Published online Nov 21, 2013. doi: 10.3748/wjg.v19.i43.7515
Published online Nov 21, 2013. doi: 10.3748/wjg.v19.i43.7515
Advantages | Disadvantages | |
Resection | Higher complete effectiveness than non-surgical procedures | Unfeasible in patients with decompensated liver disease or severe portal hypertension |
More simple in cases with peripheral subglissonian nodules | ||
TACE | More effective using the selective/superselective technique in well-vascularized nodules with large feeding arteries | Unfeasible in patients with severely reduced portal vein flow, intratumoral arteriovenous fistula, or renal failure (creatinine clearance < 30 mL/min) |
TARE | Possible better effectiveness than TACE in cases with multiple nodules | Less experience with TARE than TACEHigh cost |
RFA | More effective in nodules ≤ 3 cm | Potentially dangerous in patients with impaired clotting parameters or lesions located superficially or near the gallbladder, major bile ducts, or bowel loops |
PEI | More effective in nodules ≤ 3 cmSuitable in patients with impaired clotting parameters or lesions located in dangerous sites for thermal ablation | Less effective than RFA for nodules > 2 cm |
PLA | More effective in nodules ≤ 3 cmSuitable in patients with impaired clotting parameters | Less experience with PLA than RFATechnically complexPotentially dangerous in cases of lesions located superficially or near the gallbladder, major bile ducts, or bowel loops |
MWA | Possible better effectiveness than RFA in nodules ≥ 3 cm or located near large vessels | Less experience with MWA than RFAPotentially dangerous in patients with impaired clotting parameters or withlesions located superficially or near the gallbladder, major bile ducts, or bowel loops |
Ref. | Treatment | Patients | HCC stage | Dropout rate -Total -HCC progression | HCC recurrence after LT | Intention-to-treat survival | Survival after LT |
Fontana et al[99] | RFA | 33 (15 LT) | MC (30 pts) | NA | 2 (13) | NA | 85% at 3 yr |
Graziadei et al[60] | TACE | 48 (41 LT) | MC | 0 | 1 (2.4) | 94% at 5 yr | 94% at 5 yr |
Hayashi et al[61] | TACE | 20 (12 LT) | MC | 6 (35) | NA | 61% at 3 yr | 100% at 4 yr |
Maddala et al[98] | TACE | 54 (46 LT) | MC (47 pts) | 8 (14.8) | 5 (13.3) | 61% at 5 yr | 74% at 5 yr |
6 (11.1) | |||||||
Mazzaferro et al[73] | RFA | 50 (50 LT) | MC (40 pts) | 0 (0) | 2 (4) | NA | 83% at 3 yr |
Lu et al[74] | RFA | 52 (41 LT) | MC (42 pts) | 6 (12) | 0 (0) | 74% at 3 yr | 76% at 3 yr |
3 (5.8) | |||||||
Castrogaudin et al[81] | PEI | 34 (23 LT) | UNOS T1-T2 (30 pts) | 5 (14.7) | 1 (4.3) | NA | 19/23 (82.6%) alive (median FU 21 mo) |
2 (5.9) | |||||||
Pompili et al[75] | RFA, PEI | 40 (40 LT) | MC (37 pts) | NA | 3 (7.5) | NA | 85.4% at 3 yr |
Porrett et al[79] | TACE, RFA, TARE | 31 (31 LT) | UNOS T1-T2 | NA | 7 (22.6) | NA | 84% at 3 yr |
Brillet et al[76] | RFA | 21 (16 LT) | MC | 5 (23.8) | 1 (6.3) | NA | 11/16 (69%) alive (median FU 25 mo) |
3 (14.3) | |||||||
Millonig et al[63] | TACE | 68 (66 LT) | MC | 2 (3) | 5 (7.6) | 70% at 5 yr | NA |
Majno et al[69] | TACE | 43 (43 LT) | MC | 12 (27.9) | 4 (9.3) | NA | NA |
4 (9.3) | |||||||
Rodríguez-Sanjuán et al[77] | RFA | 28 (28 LT) | MC (25 pts) | NA | 2 (7.1) | NA | NA |
Alba et al[64] | TACE | 63 (56 LT) | MC | 7 (11) | 6 (10.7) | NA | 60.4% at 5 yr |
3 (4.8) | |||||||
Branco et al[82] | PEI | 62 (59 LT) | MC | 3 (4.8) | 3 (5.1) | 64.4% at 3 yr | 67.7% at 3 yr |
DuBay et al[78] | RFA | 77 (51 LT) | MC | 19 (25) | 1 (2) | NA | > 80% at 3 yr |
16 (21) | |||||||
Ashoori et al[96] | TACE + RFA | 36 (16 LT) | MC | 6 (16.7) | 0 (0) | NA | 11/16 alive (median FU 29.9 mo) |
4 (11.1) | |||||||
Tsochatzis et al[67] | TACE, TAE | 67 (67 LT) | MC | NA | 4 (6) | NA | NA |
Ref. | Treatment | Pts | Inclusion criteria1 | Successful downstage-Criteria-Rate | Transplanted pts | Recurrence free survival after LT | Intention to treat survival | Survival after LT |
Graziadei et al[60] | TACE | 36 | HCC > 5 cm | Decreased size > 50%11/36 (31) | 10 | Recurrent HCC: 3 pts (30) | 31% at 5 yr | 41% at 4 yr |
Otto et al[116] | TACE | 62 | Beyond MC | Decreased size ≥ 30%34/62 (55) | 27 | 68% at 5 yr | NA | 73.2% at 5 yr |
Cillo et al[4] | TACE, RFA, PEI, Resection | 40 | Beyond MCWD or MD HCC | Maintenance of selection criteriaNA | 31 | Recurrent HCC: 0 pts | 79% at 5 yr | > 90% at 3 yr |
Chapman et al[108] | TACE | 76 | Beyond MC | MC18/76 (24) | 17 | 50% at 5 yr | NA | 93.8% at 5 yr |
Yao et al[106] | TACE, RFA, Resection | 61 | 1 HCC 5-8 cm2-3 HCCs 3-5 cm, total diameter ≤ 8 cm4-5 HCCs ≤ 3 cm total diameter ≤ 8 cm | UCSF43/61 (71) | 35 | 92% at 2 yr | 69% at 4 yr | 92% at 2 yr |
Ravaioli et al[115] | Multimodal (TACE, PEI, RFA, Resection) | 48 | 1 HCC 5-8 cm2 HCCs 3-5 cm, total diameter ≤ 8 cm3-5 HCCs ≤ 4 cm total diameter ≤ 12 cm | MC and AFP < 400 ng/mL32/48 (67) | 32 | 71% at 3 yr | 62% at 3 yr | NA |
Lewandowski et al[109] | TACE (43 patients)TARE (43 patients) | 86 | UNOS T3 | MCTACE 11/35 (31)TARE 25/43 (58) | TACE 11TARE 9 | TACE 73% at 1 yrTARE 89% at 1 yr | TACE 19% at 3 yrTARE 59% at 3 yr | NA |
De Luna et al[107] | TACI | 27 | Beyond MC | MC17/27 (63) | 15 | NA | 84.1% at 3 yr | 78.8% at 3 yr |
Jang et al[110] | TACE | 386 | Beyond MC | MC or complete tumor necrosis160/386 (41.5) | 37 | 66.3% at 5 yr | NA | 54.6% at 5 yr |
Barakat et al[111] | TACE, TARE, RFA, Resection | 32 | Beyond UCSF (18 pts)Beyond MC (14 pts) | UNOS T218/32 (56.3) | 13 | Recurrent HCC: 2 pts (15.4%) | NA | 75% at 2 yr |
Bargellini et al[112] | TACE | 33 | Beyond MC | Complete or partial response, or stable disease according to mRECIST criteriaNA | 33 | 74.4% at 5 yr | NA | 72.5% at 5 yr |
Bova et al[113] | TACE, TAE | 48 | Beyond MC | MCAFP < 100 ng/mL19/48 (39) | 9 | Recurrent HCC: 1 pt (11.1%) | NA | NA |
Lei et al[114] | TACE, RFA, Resection, HIFU | 58 | Beyond MC Within UCSF | MCNA | 58 | 63.8% at 5 yr | NA | 74.1% at 5 yr |
- Citation: Pompili M, Francica G, Ponziani FR, Iezzi R, Avolio AW. Bridging and downstaging treatments for hepatocellular carcinoma in patients on the waiting list for liver transplantation. World J Gastroenterol 2013; 19(43): 7515-7530
- URL: https://www.wjgnet.com/1007-9327/full/v19/i43/7515.htm
- DOI: https://dx.doi.org/10.3748/wjg.v19.i43.7515