Parenteau N L, Nolte C M, Bilbo P, Rosenberg M, Wilkins L M, Johnson E W, Watson S, Mason V S, Bell E
Organogenesis Inc., Cambridge, Massachusetts 02142.
J Cell Biochem. 1991 Mar;45(3):245-51. doi: 10.1002/jcb.240450304.
The technology for culture of epidermis is one of the most advanced to date for generation of a tissue in vitro. Cultured epidermis is already used for a number of applications ranging from use as a permanent skin replacement to use as an organotypic culture model for toxicity testing and basic research. While simple epidermal sheets have been grafted successfully, more advanced models for skin replacement consisting of both dermal and epidermal components are in development and being tested in a number of laboratories. One of the most advanced in vitro models is the living skin equivalent, an organotypic model consisting of a collagen lattice contracted and nourished by dermal fibroblasts overlaid with a fully formed epidermis.
表皮培养技术是目前体外组织生成方面最先进的技术之一。培养的表皮已用于多种应用,从用作永久性皮肤替代物到用作毒性测试和基础研究的器官型培养模型。虽然简单的表皮片已成功移植,但由真皮和表皮成分组成的更先进的皮肤替代模型正在开发中,并在许多实验室进行测试。最先进的体外模型之一是活性皮肤替代物,这是一种器官型模型,由真皮成纤维细胞收缩并滋养的胶原晶格组成,上面覆盖着完全形成的表皮。