摘要
Objectives:To establish a three-dimensional model of endometrium in vitro.Methods: The endometrial cells were cultured on a biodegradable hybrid Collagen-PGLA polymer mesh and observed by scanning electron microscopy and light micro-scopy.Results:It showed that the endometrial cells adhered and spread well on the surfacesof the collagen sponge of the hybrid mesh after being cultured for 5 days. After 2weeks, the cells proliferated to become confluence achieving a three dimensional struc-ture.Conclusion: The three-dimensional model of endometrium could be establishedusing the hybrid polymer mesh as a skeleton in vitro.
Objectives:To establish a three-dimensional model of endometrium in vitro. Methods:The endometrial cells were cultured on a biodegradable hybrid Collagen- PGLA polymer mesh and observed by scanning electron microscopy and light micro- scopy. Results:It showed that the endometrial cells adhered and spread well on the surfaces of the collagen sponge of the hybrid mesh after being cultured for 5 days.After 2 weeks,the cells proliferated to become confluence achieving a three dimensional struc- ture. Conclusion:The three-dimensional model of endometrium could be established using the hybrid polymer mesh as a skeleton in vitro,
出处
《生殖医学杂志》
CAS
2003年第z1期19-23,共5页
Journal of Reproductive Medicine
