Representative images of tissue sections at various time-points post-embolization.

<p>(A) Tissue collected immediately post-embolization (day 0). Injected embolic materials (blank arrowheads) are noted. Bar = 200 µm (B) Tissue collected 3 DPE. Transitional cell degeneration and desquamation (arrow), necrosis of submucosa (arrowhead), and lymphoid cell infiltration (asterisk)...

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Bibliographic Details
Main Author:	Sunghoon Jeon (22607981) (author)
Other Authors:	Keunho Kim (2406868) (author), Cheolwon Choe (22607984) (author), Juil Choi (22607987) (author), Gun Lee (5171942) (author), Chung-Do Lee (22607990) (author), Hyeon-Jeong Moon (22607993) (author), Jun-Gyu Park (572995) (author), Jin-kyung Kim (22607996) (author), Namsoon Lee (22607999) (author), Dongwoo Chang (14374356) (author)
Published:	2025
Subjects:	Medicine Cell Biology Immunology Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified soluble gelatin microparticles serum biochemical analysis lower urinary tract emerging embolic agents cranial vesical artery adverse systemic responses temporary vascular occlusion temporary arterial occlusion bladder wall perfusion xlink "> quick gmp may serve urinary bladder embolization 14 days post bladder wall 14 days temporary hematuria complete occlusion observed post transient decrease transarterial embolization term evaluation technically feasible resolved spontaneously renal injury rabbit model preclinical study permanent materials inflammatory infiltration full recanalization four time findings suggest feasible option epithelial necrosis embolization ), body weight angiographic imaging
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Representative images of tissue sections at various time-points post-embolization.

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