Engineered bladder tissues, created with autologous bladder cells seeded on
biodegradable scaffolds, are being developed for use in patients who need cystoplasty …

Purpose We systematically reviewed preclinical studies in the literature to evaluate the
potential of tissue engineering of the bladder. Study outcomes were compared to the …

Tissue engineering and stem cell transplantation are two important options that may help
overcome limitations in the current treatment strategy for bladder dysfunction. Stem cell …

Partial bladder outlet obstruction causes prominent morphological changes in the bladder
wall, which leads to bladder dysfunction. In this paper, we demonstrate that polarized light …

Objective Tissue-engineered prepuce scaffold (TEPS) is a collagen-rich matrix with
marvelous mechanical properties, promoting in vivo and in vitro tissue regeneration. In this …

It is commonly stated that tissue engineering is the most promising approach to treat or
replace failing tissues/organs. For this aim, a specific strategy should be planned including …

Regenerative medicine is an emerging field that is focused on the repair, replacement or
regeneration of tissues and organs. It involves multiple disciplines dedicated to delivering …

Purpose To compare the biocompatibility and histological aspects of cholecyst-derived extra
cellular matrix (CDECM) graft, either alone or with application of autologous detrusor …

Purpose To investigate the differentiation ability of human adipose-derived stem cells
(ASCs) towards urothelium-like cells in vitro and the dynamic changes of related cytokines …

Functionally contracting smooth muscle is an essential part of the engineered intestine that
has not been replicated in vitro. The purpose of this study is to produce contracting smooth …