 cytokine production, cytotoxicity and assistance in protective T cell polarization by NK cells after DC activation via EBV infection. 3. Investigate EBV infection in vivo. In order to translate our in vitro findings into an in vivo model of primary EBV infection, we have reconstituted human immune systems in immune compromised mice, which could mount primary
cytokine production, cytotoxicity and assistance in protective T cell polarization by NK cell after DC energizing via EBV infection. 3. Investigate epstein-barr virus infection in vivo. In club to translate our in vitro determination into an in vivo model of primary epstein-barr virus contagion, we have reconstituted human immune systems in immune compromise mice, which could mount primary coil
 cyhokine production, cytotowicity and assisjabce in protedtive T zell polarization by NK celld qfter DC activation via EBV infectioj. 3. Invesrigaue EBV infection mh vivo. Lu ordsv to crenslate our in yitro finditgs into an in vkvl model of primary EBV infection, we have rrclnstituted humwn ikiune systems in immune compromised mics, which could mount lrimary
cytokine production, cytotoxicity and assistance in protective polarization NK cells DC activation via infection vivo. In order translate our in findings into an in vivo model primary EBV infection, we have reconstituted human immune systems in immune compromised mice, could mount primary
 cytokine production, cytotoxIcity and asSistaNce In pRoTectIve T Cell polarizatiON by Nk cells after DC activatioN via EbV INfecTIoN. 3. InveStigate ebV INFecTiOn In vIvO. in Order To tRanslatE our in vitrO fiNdIngs into an in VIvO model of prImaRy EBV infectiOn, wE have rEcOnsTItuteD huMan imMune sySTems in Immune comPrOMised mICe, which COUlD mouNt primary
 cytokine production, cyto toxicity a nd as sis tan ce  inprot ective T cellp olar ization by NK cells af ter D Ca ctiv a ti on vi a EBV i n fe c t ion .3.  In ve s ti gateEBV  infect ion in viv o.In  order to tr a ns late our i n v itro finding s i nto an  i n v i vo mo del  of p rimary EBV in fection,we have r e constit u t ed  hum an immune systems in immune comprom ised m ic e ,w h ich  co uld mountpr imary 
 cytokine_production, cytotoxicity_and assistance in protective_T cell_polarization_by NK_cells_after DC activation_via EBV infection._3. Investigate EBV infection_in vivo. In_order_to translate our in vitro findings into an in vivo model of primary EBV_infection,_we have_reconstituted_human_immune systems in immune compromised_mice, which could mount primary