Regenerative Medicine Strategies for Treating Neurogenic Bladder.
- Author:
James J YOO
1
;
Jennifer OLSON
;
Anthony ATALA
;
Bupwan KIM
Author Information
1. Wake Forest Institute For Regenerative Medicine, Wake Forest School of Medicine, Winston-Salem, NC, USA. jyoo@wakehealth.edu
- Publication Type:Review ; Clinical Trial
- Keywords:
Urinary bladder;
Tissue engineering;
Reconstruction;
Regenerative medicine;
Biomaterials
- MeSH:
Adult;
Biocompatible Materials;
Child;
Humans;
Meningomyelocele;
Mucus;
Neurologic Manifestations;
Regeneration;
Regenerative Medicine;
Research Personnel;
Tissue Engineering;
United States;
United States Food and Drug Administration;
Urethra;
Urinary Bladder;
Urinary Bladder, Neurogenic;
Urinary Calculi
- From:International Neurourology Journal
2011;15(3):109-119
- CountryRepublic of Korea
- Language:English
-
Abstract:
Neurogenic bladder is a general term encompassing various neurologic dysfunctions of the bladder and the external urethral sphincter. These can be caused by damage or disease. Therapeutic management options can be conservative, minimally invasive, or surgical. The current standard for surgical management is bladder augmentation using intestinal segments. However, because intestinal tissue possesses different functional characteristics than bladder tissue, numerous complications can ensue, including excess mucus production, urinary stone formation, and malignancy. As a result, investigators have sought after alternative solutions. Tissue engineering is a scientific field that uses combinations of cells and biomaterials to encourage regeneration of new, healthy tissue and offers an alternative approach for the replacement of lost or deficient organs, including the bladder. Promising results using tissue-engineered bladder have already been obtained in children with neurogenic bladder caused by myelomeningocele. Human clinical trials, governed by the Food and Drug Administration, are ongoing in the United States in both children and adults to further evaluate the safety and efficacy of this technology. This review will introduce the principles of tissue engineering and discuss how it can be used to treat refractory cases of neurogenic bladder.
