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. 2024 Jul 4;110(10):6484–6492. doi: 10.1097/JS9.0000000000001827

Table 4.

Systematic review of retrospective studies of CHVI from liver trauma.

First author Year Number of liver trauma Number of CHVI Incidence Age – Sex Type of injury Type of CHVI Interval between trauma – CHVI (d) Size (mm) Treatment Survival
Our study 2023 318 27 8.5 34.6 – 21M/6F 19 NP
8 Penetrating
IHPA 6.5 (0–31) 12.3 (2.5–46) 13 NIM
13 AE
1 Surgery
1 death
Henry15 2022 450 7 1.6 PA 6 (0–16.9) 9.5 (2–17) 5 AE
2 Surgery
Yes
Kagoura16 2022 176 3 AAST I-II
7 AAST III-V
5.7 PA 4.5 AAST I–II
6.5 AAST III–V
4 NIM – 4 thromboses
6 AE
Yes
Lada17 2021 171 12 7.0 PA - AVF 1 death
Wagner18 2020 634 18 AAST III-V 2.8 12 NP
6 Penetrating
PA 6.5 (4–9) 4 NIM – 4 thromboses
14 AE
2 Surgery
2 death
Kittaka19 2015 62 7 11.3 6M/1F PA 5 (3–7) 7.7 (2–11.9) 6 NIM – 6 thromboses
1 AE
Yes
Østerballe20 2014 259 7 2.7 30.4 – 5M/2F 7 NP IHPA 7 AE Yes
Forlee21 2004 8 26 – 7M/1F 1 NP
7 Penetrating
IHPA 15 (1-60) 1 NIM
7 AE
Croce22 1994 482 2 AAST I-II
4 AAST III-V
1.2 24 – 5M/1F 3 NP
3 Penetrating
IHPA 6 Surgery 2 death

AE, angioembolization; AVF, arteriovenous fistula; d, days; IHPA, Intrahepatic pseudoaneurysm; NIM, noninterventional management; NP, nonpenetrating; PA, pseudoaneurysm.