The control of CD4 gene expression is essential for proper T lymphocyte development. Signals transmitted from the T-cell antigen receptor (TCR) during the thymic selection processes are believed to be linked to the regulation of CD4 gene expression during specific stages of T cell development. Thus, a study of the factors that control CD4 gene expression may lead to further insight into the molecular mechanisms that drive thymic selection. In this review, we discuss the work conducted to date to identify and characterize the cis-acting transcriptional control elements in the CD4 locus and the DNA-binding factors that mediate their function. From these studies, it is becoming clear that the molecular mechanisms controlling CD4 gene expressio...
SummaryThe lineage fate of developing thymocytes is determined by the persistence or cessation of T ...
During development, progenitor cells with binary potential give rise to daughter cells that have dis...
AbstractCD4 and CD8 genes are integral indicators of T-cell lineage commitment. New insights into th...
The control of CD4 gene expression is essential for proper T lymphocyte development. Signals transmi...
We analyzed the activity of the enhancer, the promoter and the silencer of the human CD4 gene during...
AbstractCD4 gene regulation provides an ideal model for understanding the molecular events that driv...
The control of CD4 gene expression is essential for T lymphocyte development. Since the molecular me...
CD4 is a membrane bound glycoprotein that plays an important role in T cell development and activati...
International audienceUnderstanding the basis of cellular differentiation is a fundamental issue in ...
CD4 and CD8 T cells express αβ T cell receptors (TCR) and respectively function as helpers and cy...
SummaryThe transcription factor ThPOK is necessary and sufficient to trigger adoption of the CD4 lym...
The cluster determinant 4 (CD4) molecule is a transmembrane glycoprotein. CD4 is essential for norma...
The immune system can respond to various types of pathogens such as bacteria, viruses, tumors and p...
CD4 contributes to antigen recognition of T cells by binding to class II MHC molecules. There is het...
During development, progenitor cells with binary potential give rise to daughter cells that have dis...
SummaryThe lineage fate of developing thymocytes is determined by the persistence or cessation of T ...
During development, progenitor cells with binary potential give rise to daughter cells that have dis...
AbstractCD4 and CD8 genes are integral indicators of T-cell lineage commitment. New insights into th...
The control of CD4 gene expression is essential for proper T lymphocyte development. Signals transmi...
We analyzed the activity of the enhancer, the promoter and the silencer of the human CD4 gene during...
AbstractCD4 gene regulation provides an ideal model for understanding the molecular events that driv...
The control of CD4 gene expression is essential for T lymphocyte development. Since the molecular me...
CD4 is a membrane bound glycoprotein that plays an important role in T cell development and activati...
International audienceUnderstanding the basis of cellular differentiation is a fundamental issue in ...
CD4 and CD8 T cells express αβ T cell receptors (TCR) and respectively function as helpers and cy...
SummaryThe transcription factor ThPOK is necessary and sufficient to trigger adoption of the CD4 lym...
The cluster determinant 4 (CD4) molecule is a transmembrane glycoprotein. CD4 is essential for norma...
The immune system can respond to various types of pathogens such as bacteria, viruses, tumors and p...
CD4 contributes to antigen recognition of T cells by binding to class II MHC molecules. There is het...
During development, progenitor cells with binary potential give rise to daughter cells that have dis...
SummaryThe lineage fate of developing thymocytes is determined by the persistence or cessation of T ...
During development, progenitor cells with binary potential give rise to daughter cells that have dis...
AbstractCD4 and CD8 genes are integral indicators of T-cell lineage commitment. New insights into th...