CCR6, a CC Chemokine Receptor that Interacts with Macrophage Inflammatory Protein 3α and Is Highly Expressed in Human Dendritic Cells

David R. Greaves(Molecular Medicine Research Institute), Wei Wang(Molecular Medicine Research Institute), Daniel J. Dairaghi(Molecular Medicine Research Institute), Marie Caroline Dieu(Molecular Medicine Research Institute), Blandine de Saint-Vis(Molecular Medicine Research Institute), Karin Franz-Bacon(Molecular Medicine Research Institute), Dévora L. Rossi(Molecular Medicine Research Institute), Christophe Caux(Molecular Medicine Research Institute), Terrill K. McClanahan(Molecular Medicine Research Institute), Siamon Gordon(Molecular Medicine Research Institute), Albert Zlotnik(Molecular Medicine Research Institute), Thomas J. Schall(Molecular Medicine Research Institute)
The Journal of Experimental Medicine
September 15, 1997
Cited by 360Open Access
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Abstract

Dendritic cells initiate immune responses by ferrying antigen from the tissues to the lymphoid organs for presentation to lymphocytes. Little is known about the molecular mechanisms underlying this migratory behavior. We have identified a chemokine receptor which appears to be selectively expressed in human dendritic cells derived from CD34+ cord blood precursors, but not in dendritic cells derived from peripheral blood monocytes. When stably expressed as a recombinant protein in a variety of host cell backgrounds, the receptor shows a strong interaction with only one chemokine among 25 tested: the recently reported CC chemokine macrophage inflammatory protein 3alpha. Thus, we have designated this receptor as the CC chemokine receptor 6. The cloning and characterization of a dendritic cell CC chemokine receptor suggests a role for chemokines in the control of the migration of dendritic cells and the regulation of dendritic cell function in immunity and infection.


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