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Abstract Background CD8+CD25+fork-head box transcription factor (Foxp3)+ regulatory T cells (CD8+ Tregs) play a role in immune tolerance. However, the role of these cells in allergic rhinitis (AR) has not been elucidated. The study aimed …
Steroidogenic factor-1 (SF-1, Ad4BP, encoded by NR5A1) is a key regulator of adrenal and reproductive development and function. Based upon the features found in Nr5a1 null mice, initial attempts to identify SF-1 changes in humans focused on…
To observe the changes of the number and localization of mast cells and eosinocytes in ectopic endometrium from EMT model rats and to study the relationship between mast cells, eosinocytes and endometriosis. Rat endometriosis model was esta…
To observe the changes of the number and localization of mast cells and eosinocytes in ectopic endometrium from EMT model rats and to study the relationship between mast cells, eosinocytes and endometriosis. Rat endometriosis model was esta…
To observe the changes of the number and localization of mast cells and eosinocytes in ectopic endometrium from EMT model rats and to study the relationship between mast cells, eosinocytes and endometriosis. Rat endometriosis model was esta…
To observe the changes of the number and localization of mast cells and eosinocytes in ectopic endometrium from EMT model rats and to study the relationship between mast cells, eosinocytes and endometriosis. Rat endometriosis model was esta…
To observe the changes of the number and localization of mast cells and eosinocytes in ectopic endometrium from EMT model rats and to study the relationship between mast cells, eosinocytes and endometriosis. Rat endometriosis model was esta…
To observe the changes of the number and localization of mast cells and eosinocytes in ectopic endometrium from EMT model rats and to study the relationship between mast cells, eosinocytes and endometriosis. Rat endometriosis model was esta…
To observe the changes of the number and localization of mast cells and eosinocytes in ectopic endometrium from EMT model rats and to study the relationship between mast cells, eosinocytes and endometriosis. Rat endometriosis model was esta…
To observe the changes of the number and localization of mast cells and eosinocytes in ectopic endometrium from EMT model rats and to study the relationship between mast cells, eosinocytes and endometriosis. Rat endometriosis model was esta…
To observe the changes of the number and localization of mast cells and eosinocytes in ectopic endometrium from EMT model rats and to study the relationship between mast cells, eosinocytes and endometriosis. Rat endometriosis model was esta…
To observe the changes of the number and localization of mast cells and eosinocytes in ectopic endometrium from EMT model rats and to study the relationship between mast cells, eosinocytes and endometriosis. Rat endometriosis model was esta…
To observe the changes of the number and localization of mast cells and eosinocytes in ectopic endometrium from EMT model rats and to study the relationship between mast cells, eosinocytes and endometriosis. Rat endometriosis model was esta…
Objective:To observe the ultrastructural change of eutopic and ectopic endometrium from EMT model rats and to explore the fate of the ectopic endometrium in woman with endometriosis.Methods:Firstly, to reproduce rat endometriosis model. Sec…