Department of Urology, Children's Hospital Boston, Boston, Massachusetts 02115, USA.
Urology. 2010 Mar;75(3):664-70. doi: 10.1016/j.urology.2009.03.058. Epub 2009 Dec 5.
The promise of stem cells is to provide a source of non-diseased material for the generation of patient-specific cells or tissue for replacement and reconstruction. This review will provide a broad perspective on stem cell research, from the sentinel discoveries to recent developments, and also discuss translational implications.
We performed internet-based Pubmed database searches to identify recent articles and review papers pertaining to stem cell research and urologic applications.
Depending on their source, stem cells have a varied capacity to self-renew and divide and to differentiate into a desired phenotype. Pluripotent stem cells can potentially be differentiated into any cell type and multipotent stem cells are variably lineage restricted. In the urologic literature, stem cell derived smooth muscles have been produced and may be useful for tissue-engineered constructs.
The future of reconstructive surgery will surely incorporate a number of these stem cell based technologies in revolutionary ways that may improve and extend lives. However, the ultimate utility and clinical applicability of the different types of stem cells will depend on a complex synthesis of further basic research, future clinical trials, and ethical and regulatory reconcilement.
干细胞的承诺是为生成用于替代和重建的患者特异性细胞或组织提供非疾病材料的来源。本综述将从开创性发现到最近的发展为您提供干细胞研究的广阔视角,并讨论其转化意义。
我们进行了基于互联网的 Pubmed 数据库检索,以确定与干细胞研究和泌尿科应用相关的最新文章和综述论文。
根据其来源,干细胞具有不同的自我更新和分裂能力,并能分化为所需的表型。多能干细胞可潜在分化为任何细胞类型,而多能干细胞则具有不同程度的谱系限制。在泌尿科文献中,已经产生了由干细胞衍生的平滑肌细胞,它们可能对组织工程构建有用。
重建外科的未来肯定会以革命性的方式结合许多基于干细胞的技术,这些技术可能会改善和延长生命。然而,不同类型的干细胞的最终效用和临床适用性将取决于进一步的基础研究、未来的临床试验以及伦理和监管方面的综合考虑。