immune system
• CD4+ T cells fail to migrate into intradermal sites where IL-23 has been injected unlike compared to wild-type controls that have a 2-fold increase
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• CD11b+CD11c+ dendritic cells fail to migrate into intradermal sites where IL-23 has been injected compared to wild-type controls that have a 2-fold increase
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• mice fail to increase IL-22 levels to the same extent as controls when administered IL-23 due to decreased trafficking of lymphocytes to injection site
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• mice fail to develop a psoriasis-like inflammation when IL-23 is injected into the intradermal portion of the ear as do the wild-type controls
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hematopoietic system
• CD4+ T cells fail to migrate into intradermal sites where IL-23 has been injected unlike compared to wild-type controls that have a 2-fold increase
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