Bladder damage can seriously affect the quality of patients' life. Traditional treatment such as
gastrointestinal segments replacement will inevitably induce associated complications. In …

Background The aim of this work was to create a xenogeneic cell scaffold complex with
rabbit bladder acellular matrix and rat hair follicle stem cells, to study the feasibility of …

The goal of this work was to create a bioactive tissue-based scaffold using multi-disciplinary
engineering materials and tissue engineering techniques. Materials & methods: Physical …

Background The repair of urinary bladder tissue is a necessity for tissue loss due to cancer,
trauma, or congenital abnormalities. Use of intestinal tissue is still the gold standard in the …

We investigated a method for bladder augmentation in rats using a decellularized ureter
graft. We used 16 rats divided into two groups of eight. After partial cystectomy, the bladders …

This chapter reviews the use of engineering and biomaterials approaches aimed at
improving the capacity and compliance of the diseased urinary bladder. The chapter …

For a successful bladder tissue repair and reconstruction, fabrication of scaffolds with proper
biochemical and biomechanical characteristics is necessary. Decellularized bladder tissue …

Proteins have a bright prospect in the realm of polymer bionanocomposites due to their easy
availability, natural occurrence, multifunctionality, biodegradability, and ability to be …

背景: 随着组织工程膀胱研究的日益改进, 组织工程膀胱组织在植入体内后的血管化问题,
引起了构建组织工程膀胱者的极大关注. 目的: 结合近年来的相关文献, 就组织工程膀胱支架材料 …

Background: Hair follicle stem cells (HFSCs) were reported to have multidirectional
differentiation ability and could be differentiated into melanocytes, keratin cells, smooth …