Construction of the urinary bladder de novo using tissue engineering technologies is the
“holy grail” of reconstructive urology. The search for the ideal biomaterial for urinary bladder …

Current strategies in urinary bladder augmentation include use of gastrointestinal segments,
however, the technique is associated with inevitable complications. An acellular biologic …

Over the last few decades, both synthetic and natural materials have been utilized to
develop bladder substitutes. Most attempts have not been successful because of …

The bladder patch constructed with the bladder acellular matrix (BAM) and adipose-derived
stem cells (ASCs) was incubated with the omentum for bladder reconstruction in a rat model …

The purpose of this study was to determine whether the rat urinary bladder augmented by an
acellular matrix graft can restore the bladder's low-pressure reservoir function and preserve …

Previous studies on the reconstruction of porcine bladder using bladder acellular matrix
allograft (BAMA) have indicated positive preliminary results with respect to graft shrinkage …

Bladder regeneration is a long-sought goal that could provide alternatives to cystoplasty
using non-urological tissues. Regeneration might be achieved in different ways, such as …

Tissue engineering brings new hope for the reconstruction of injured bladders. The aim of
the present study was to evaluate human adipose-derived mesenchymal stem cells …

Purpose of review In bladder cancer and neuro-bladder, reconstruction of the bladder
requires bowel segment grafting for augmentation cystoplasty or neo-bladder creation …

Objectives To evaluate the use of a large‐segment (> 24 cm2) bladder substitution with
porcine bladder acellular matrix allograft (BAMA) in a large animal model. Materials and …