Eriksson Elof, Vranckx Jan
Brigham and Women's Hospital, Division of Plastic Surgery, 75 Frances Street, Boston, Massachusetts 02115, USA.
Am J Surg. 2004 Jul;188(1A Suppl):36-41. doi: 10.1016/S0002-9610(03)00295-2.
Wet treatment of wounds has been used as an "irrigation" method since the seventh century. We have developed the concept of an in vivo tissue culture that facilitates wound healing and allows tissue engineering. A transparent, flexible, round chamber provides the wet environment. This system heals clean wounds as fast or faster than any other method, with less scarring. It allows delivery of analgesics, antibiotics, growth factors, growth media, and cells into the chamber, becoming a platform for tissue engineering. Gene therapy of the wound can be done in the chamber with growth factor and other genes. A tetracycline switch allows precise timing and amounts of expression and provides the opportunity for sequential expression of genes delivered at the same time.
自7世纪以来,伤口的湿性治疗就已被用作一种“冲洗”方法。我们已经开发出一种体内组织培养的概念,它有助于伤口愈合并实现组织工程。一个透明、灵活的圆形腔室提供了湿性环境。该系统愈合清洁伤口的速度与其他任何方法一样快或更快,且疤痕更少。它允许将镇痛药、抗生素、生长因子、生长培养基和细胞输送到腔室内,成为组织工程的一个平台。伤口的基因治疗可以在腔室内使用生长因子和其他基因来完成。四环素开关允许精确控制表达的时间和量,并为同时递送的基因的顺序表达提供了机会。