BiomaterialsAnimalsAmnionFibromodulinHumansTissue Scaffolds
Harnessing decellularized amniotic membrane properties for ureteral repair: A fibromodulin-driven approach.
Baiyang Song, Li Fang, Yiwei Hu, Fang Yang, Zewen Shi, Yuhao Cao, Jiasheng Hu, Xue Yang, Zonghuan Wang, Kailei Xu, Hao Rong, Zejun Yan, Chengling Yu, Junhui Jiang, Yabin Zhu
Published: 202610.1016/j.biomaterials.2025.123743
Abstract
Ureteral reconstruction remains a significant challenge due to the risk of fibrosis and insufficient epithelial regeneration, leading to suboptimal outcomes with current surgical techniques. To address these issues, a tubular porous scaffold was deve…
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