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by: Stephen Jones
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As research continues to unravel the molecular basis of
regulatory T cells (Treg), FOXP3 has
emerged as a key player in orchestrating development and function of natural
Treg. Two recent publications identified GPR83 as specifically upregulated in
fresh and activated CD4+ CD25+ Treg cells. Both groups performed gene
expression profiling on Treg, and other T cells to identify differentially
regulated genes. Sugimoto et al. performed additional mRNA and protein
expression analysis based on the results of their micro array analysis using
RT-PCR as well as FACS analysis of GPR83 using anti-GPR83 antibody. These
recent findings suggest that GPR83 may be useful as a specific and stable cell
surface marker with modulatory properties, and a key molecule for further
characterizing the molecular basis of Tregs. IMGENEX proudly offers this Flow
and IHC positive GPR83 antibody (IMG-71561), as well as other GPR83, FOXP3, and CD marker antibodies for
your Treg research. Key Publication
Findings •GPR83 is upregulated in both
murine and human Treg • Gene analysis, mRNA, and protein expression show that
GPR83 is upregulated in FOXP3+ cells • GPR83 is expressed in both fresh
and activated Treg • GPR83 appears to be FOXP3
dependent, although Hansen et al. suggests that induction of FOXP3+ Treg by GPR83 occurs in vivo,
suggesting a more complex relationship • GPR83 is found in both Thymus
and Spleen/LN CD4 and CD25 cells • Foxp3 retroviral transduced
CD25- CD4+ cells induces GPR83 expression at much higher levels than
mock-transduced cells • Suggests a possible ligand that
binds to GPR83 in vivo which confers to these cells suppressive activity.
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