Mouse ES cell culture system as a model of development

derivation of es-like cell from neonatal mouse testis cells in autologous sertoli cells co-culture system

background:   objective: this study presents an economical and simple co-culture system for pluripotent stem cells generation from neonatal mouse testis   materials and methods: isolated testicular cells were cultured in dmem/f12. characteristics of the isolated cells and obtained es-like cell were immune-cytochemically confirmed by examining the presence of plzf, vimentin, oct4 and nanog prote...

Effect of Two Polarized Culture System Prepared From Human Female Genital Tract on Mouse Embryo Development

Purpose: To compare effects of polarized epithelial monolayer prepared from human oviduct and uterus on mouse one and two-cell embryo development. Materials and Methods: Human oviduct and endometrial tissue was obtained from patients who had undergone total hysterectomy. The epithelial cells were isolated from tissue and cultured on extracellular matrix (ECM) Gel coated Millipore filter insert...

development of a helicobacter pylori mouse model

introduction: helicobacter pylori (h. pylori) is a gastric pathogen of primates and causes active chronic gastritis as well as peptic ulcers. a wide range of studies is in effect to prevent or cure helicobacter infection and thus its associated disorders. in order to test various drug regimens as well as potential vaccines against h. pylori infection, a suitable animal model is required which s...

the effect of vero cell co-culture on the development ofvitrified 8-cell mouse embryos

introduction: it is now generally accepted that vero cells provide beneficial effects on improving embryo quality in many animal species. the aim of this research was to determine the effect of vero cell co-culture on the development of vitrified 8-cell mouse embryos. material and methods: eight- cell mouse embryos were provided from superovulated female nmri mice and divided into treatment cas...

P-92: Retinoic Acid and STO Co-Culture System Enhance Mouse Embryonic Stem Cell