AIM:To establish a simple and efficient method for the primary culture of rabbit corneal limbus stem cells.<p>METHODS:Obtained the limbal tissues from rabbits,used tissue block and enzyme digestion method to culture the corneal limbus stem cells <i>in vitro</i>.The growth characteristics of the cultured cells <i>in vitro</i> were observed under inverted microscope.By means of HE,the morphology and construction features of cells were observed.And immunohistochemical method was used to identify the cultured cells.<p>RESULTS:Rabbit corneal limbus stem cells could be fast and simply cultured by using tissue block and enzyme digestion method.The dynamic observation under microscope showed that rabbit corneal limbus stem cells grew well with a hi...
Purpose To investigate whether mesenchymal–epithelial cell interactions, similar to those describ...
Purpose. To examine the viability of using human amniotic membrane as substrate for culturing cornea...
<div><p>Epithelial and stromal stem cells are required to maintain corneal transparency. The aim of ...
Purpose: To investigate the phenotype of fetal and adult human limbal cells cultured on human amniot...
Limbal epithelial stem cells are localized in the limb, which determine the regeneration of the corn...
PubMed ID: 26937166Purpose: To determine the corneal regenerative capacity of sequentially generated...
In this study, we aimed to compare the effects of six different cell culture media and autologous se...
AIM: To explore a new method to induce the animal model of rabbit partial limbal stem cell deficienc...
Purpose: To examine whether bone marrow mesenchymal stem cells (MSCs) could be differentiated into c...
<p>Representative slit-lamp photograph of rabbit cornea showed significant opacity and neovasculariz...
The investigation was centered on the morphological features of the conjunctiva-cornea transition (l...
PURPOSE. A previous report has described an ocular surface reconstruction method involving the use o...
The cornea, the transparent tissue overlying the front of the eye, is vital for protecting the delic...
The effects of human versus mouse EGF on cell growth and culture duration were studied to optimize a...
PurposeWe tested the viability of human limbal mesenchymal cells (LMCs) to support the expansion of ...
Purpose To investigate whether mesenchymal–epithelial cell interactions, similar to those describ...
Purpose. To examine the viability of using human amniotic membrane as substrate for culturing cornea...
<div><p>Epithelial and stromal stem cells are required to maintain corneal transparency. The aim of ...
Purpose: To investigate the phenotype of fetal and adult human limbal cells cultured on human amniot...
Limbal epithelial stem cells are localized in the limb, which determine the regeneration of the corn...
PubMed ID: 26937166Purpose: To determine the corneal regenerative capacity of sequentially generated...
In this study, we aimed to compare the effects of six different cell culture media and autologous se...
AIM: To explore a new method to induce the animal model of rabbit partial limbal stem cell deficienc...
Purpose: To examine whether bone marrow mesenchymal stem cells (MSCs) could be differentiated into c...
<p>Representative slit-lamp photograph of rabbit cornea showed significant opacity and neovasculariz...
The investigation was centered on the morphological features of the conjunctiva-cornea transition (l...
PURPOSE. A previous report has described an ocular surface reconstruction method involving the use o...
The cornea, the transparent tissue overlying the front of the eye, is vital for protecting the delic...
The effects of human versus mouse EGF on cell growth and culture duration were studied to optimize a...
PurposeWe tested the viability of human limbal mesenchymal cells (LMCs) to support the expansion of ...
Purpose To investigate whether mesenchymal–epithelial cell interactions, similar to those describ...
Purpose. To examine the viability of using human amniotic membrane as substrate for culturing cornea...
<div><p>Epithelial and stromal stem cells are required to maintain corneal transparency. The aim of ...