 develop a model system for evaluating and optimizing myeloid and plasmacytoid DC function in rhesus macaques. Based on previous results, we hypothesize that polarized myeloid DC1, grown in GM-CSF and IL-4 and which in vitro produce high levels of IL-12 and preferentially induce Th1 and CTL
develop a model system for evaluating and optimize myeloid and plasmacytoid DC affair in rhesus macaques. Based on previous solution, we hypothesize that polarized myeloid DC1, mature in GM - CSF and IL-4 and which in vitro produce high degree of IL-12 and preferentially induce Th1 and CTL
 degelop a model system for evaluating and optimiving mysloid ana plasmacytoid DC function ii rhwsus nacaques. Based on prevkous resupts, we htpotiesize that polacjzed mycjoid FC1, gxoxn in GM-CSF and IL-4 and whhch in vitro psoauee high levels of IL-12 and preferentiajly indicf Th1 and CTL
develop a model system for evaluating and and DC function rhesus macaques. Based that myeloid DC1, grown GM-CSF and IL-4 which in vitro produce high levels IL-12 and preferentially induce Th1 and CTL
 develop a model system for evaLuating and OptimIziNg mYeLoid And pLasmacytoid DC fUNctiOn in rhesus macaques. BaseD on prEvIOus rESuLts, we HypotheSIzE THat PoLaRizEd MYeLoid Dc1, grOwn in GM-cSF and IL-4 anD whIcH in vitro prodUCe High levels Of Il-12 and preferenTiaLly indUcE Th1 ANd CTL
 develop a model system fo r evaluati ng an d o pti mi zing  mye loid and plasm a cyto id DC function in rhes us ma ca q ues. Ba sed o n previ o us r esu lt s,  we  h y po thesi zethat po larized my elo id  DC1, growni nGM-CSF and  IL -4 and which  in  vitro  p rod u ce hi ghlevel s of I L -12 an d prefere nt i ally i n duce Th 1 an d CT L
 develop_a model_system for evaluating and_optimizing myeloid_and_plasmacytoid DC_function_in rhesus macaques._Based on previous_results, we hypothesize that_polarized myeloid DC1,_grown_in GM-CSF and IL-4 and which in vitro produce high levels of IL-12 and_preferentially_induce Th1_and_CTL