Purpose To report on polyethylene glycol hydrogel-based resorbable embolization
microspheres (REM) that were synthesized to resorb in< 24 hours, before inflammation and …

Purpose To evaluate the level of artery occlusion, degradation periods, tissue response and
vessel recanalization of calibrated gelatin sponge particles after segmental renal artery …

The objective of this study was to evaluate inflammatory response and recanalization after
embolization with a new spherical embolic agent based on a core and shell design with a …

PURPOSE: To evaluate the pattern of recanalization and specific inflammatory reaction after
superselective embolization with four commercially available spherical embolic agents of …

Purpose To assess the level of occlusion and arterial distribution of calibrated bioresorbable
microspheres (BRMS-I and BRMS-II) compared with tris-acryl gelatin microspheres (TGMS) …

Purpose To evaluate the time frame of resorption and tissue response of newly developed
bioresorbable microspheres (BRMS) and vessel recanalization after renal embolization …

AIM: To develop a new type of calibrated, biodegradable, and imaging detectable
microsphere and evaluated its embolization safety and efficacy on pig's liver and spleen …

This study sought to compare the most frequently used embolic particles in an animal model.
In 16 New Zealand white rabbits, right renal arteries were embolized using four different …

Purpose To evaluate the embolic effect and degradability of gelatin microspheres (GMS)
using various degrees of cross-linkage and particle sizes in rabbit renal artery embolization …

Purpose Using a pig model:(1) to evaluate the vascular distribution pattern, including the
homogeneity and completeness of the intra-arterial microsphere distribution, of 40–120-μm …