This study evaluate intraoperative Magnetic Resonance Imaging (MRI) as predictor of @entity3145 following cryoablation of porcine liver with and without concomitant hepatic vascular @entity432 . Inflow occlusion was used during freezing in 6 of 12 @entity1707 included. The volumes of the procedural ice-balls were estimated from MR images. Immediately after thawing contrast (MnDPDP) enhanced MRI was performed to estimate the volume of the cryolesion. Four days after ablation MRI was repeated of the in-vivo and the ex-vivo liver. Photography was performed of the sliced liver specimens to estimate the volumes of the lesions. The intraoperative volume of the cryolesion as shown by contrast enhanced MRI corresponded well to the ice-ball volume for lesions made without @entity432 (difference 0.3 +/- 0.9 cm(3), p = 0.239). For lesions made during occlusion the volume of the intraoperative cryolesion was larger than the corresponding ice-ball (difference 7.5 +/- 3.3 cm(3), p = 0.003). The volume of the cryolesions as estimated from histopathology four days after freezing and contrast enhanced MRI immediately after freezing corresponded well for lesions made with (difference -2.6 +/- 4.5 cm(3), p = 0.110) and without @entity432 (difference -0.5 +/- 2.3 cm(3), p = 0.695). Intraoperative @entity42626 -enhanced MRI of the cryolesion is predictive of the @entity3145 induced during cryoablation of porcine liver. The procedural ice-ball is not, if induced during @entity432 .

Intraoperative contrast-enhanced MR-imaging as predictor of XXXX during cryoablation of porcine liver.

@entity432 :: ('MESH:D001157', 'Disease') :: ['inflow occlusion', 'vascular occlusion'] @entity1707 :: ('9823', 'Species') :: ['pigs'] @entity42626 :: ('MESH:C060076', 'Chemical') :: ['MnDPDP'] @entity3145 :: ('MESH:D017695', 'Disease') :: ['tissue damage']
@entity3145 :: (MESH:D017695,Disease) :: ['tissue damage']
