Moioli Eduardo K, Bolotin Diana, Alam Murad
*Section of Dermatology, University of Chicago, Chicago, Illinois; †Department of Dermatology, Northwestern University, Feinberg School of Medicine, Chicago, Illinois.
Dermatol Surg. 2017 May;43(5):625-634. doi: 10.1097/DSS.0000000000001060.
Clinically relevant regenerative medicine is still in its early stages of development. Difficulties in regenerating large-scale and complex structures, the lack of safety data, and the paucity of clinical trials have slowed the process of technological advance.
To familiarize the clinician with techniques available in the laboratory and experimental approaches being tested clinically. In addition, a layout is discussed for how dermatologists can lead the way in bringing regenerative medicine to clinical reality.
This article reviews the relevant literature on regenerative medicine for dermatological applications and discusses findings and techniques in a clinically relevant context.
Multiple cell-free and cell-based approaches for regenerating dermatologic tissues have been reported in the basic science and clinical literature. These are reviewed in the order of complexity.
Incremental steps are needed to apply the principles of regenerative medicine to simple medical problems first. Such a stepwise approach would commence, for example, with creation of single-function tissues that could fill soft-tissue defects and proceed to the development of fully functional skin grafts. Likewise, cell-free approaches can build the foundation for the more technically demanding cell-based strategies that are likely necessary for achieving the ultimate goal of regenerative dermatology.
具有临床相关性的再生医学仍处于早期发展阶段。大规模和复杂结构再生的困难、安全数据的缺乏以及临床试验的匮乏减缓了技术进步的进程。
使临床医生熟悉实验室中可用的技术以及正在临床测试的实验方法。此外,还讨论了皮肤科医生如何引领再生医学走向临床实际应用的规划。
本文回顾了有关皮肤科应用再生医学的相关文献,并在临床相关背景下讨论了研究结果和技术。
基础科学和临床文献中报道了多种用于再生皮肤组织的无细胞和基于细胞的方法。按复杂程度顺序对这些方法进行了综述。
需要逐步将再生医学原理首先应用于简单的医学问题。例如,这种逐步推进的方法可以从创建能够填充软组织缺损的单一功能组织开始,进而发展到全功能皮肤移植。同样,无细胞方法可以为技术要求更高的基于细胞的策略奠定基础,而这些策略可能是实现再生皮肤病学最终目标所必需的。