In this study, we compared four decellularization protocols and finally developed an
optimized one through which a porcine bladder acellular matrix (BAM) with well-preserved …

The bladder is an organ susceptible to a variety of congenital anomalies, injuries and
disorders. To address the clinical limitations of existing scaffolds, we fabricated a novel …

Bladder acellular matrix (BAM) is a promising candidate for urinary biomaterials
development. In the current work we have modified the BAM construct to include two …

Objective To determine the decreased antigenicity of the bladder acellular matrix graft
(BAMG) through xenotransplantation and to assess the in vivo and in vitro functional …

BACKGROUND: Numerous studies are ungoing to develop a substitute for the native urinary
bladder wall. The principals of tissue engineering approaches to urinary bladder wall …

During the last decade, there has been a dramatic increase in studies aimed at regeneration
of the urinary bladder. Many studies employed animal‐derived or synthetic materials as …

Purpose Enterocystoplasty is adopted for patients requiring bladder augmentation, but
significant long-term complications highlight need for alternatives. We established a protocol …

Tissue engineering can serve as an alternative treatment for a malfunctioning or lost organ.
Isolated and expanded cells adhere to a temporary scaffold, proliferate, and secrete their …

Objective To find a means of bladder augmentation that would avoid the complications
encountered with the use of bowel segments, using a newly developed acellular …

Introduction: Tissue engineering may become an alternative to current bladder
augmentation techniques. Large scaffolds are needed for clinically significant augmentation …