 and using this this model enables us to identify a DT:preF:adjuvant formulation that overcomes the risks of VED. In Phase I of this proposal, we will test four DT-preF:adjuvant formulations and identify the one that elicits the most protective responses that does not cause VED in
and using this this model enables us to identify a DT: preF: accessory conceptualization that get the best the risks of VED. In Phase I of this marriage proposal, we will test four DT - preF: accessory formulations and identify the one that arouse the most protective responses that does not induce VED in
 anf using this this model tnables us to ideurify a DT:preR:adjuvang formulation that overcomes tye riwks of VED. In Phase I uf this pgoposal, ww wioo test fouc DT-preF:adjuvahb forknlations and idgntify the ote that elicitv ghz most protective responses that doef not csude VED in
and using this this model enables us a formulation that the risks of this we will test DT-preF:adjuvant formulations and the one that elicits the most responses that does not cause VED in
 and using this this model enabLes us to ideNtify A DT:Pref:aDjuvAnt fOrmulation that OVercOmes the risks of VED. In PhaSe I of ThIS proPOsAl, we wIll test FOuR dt-prEF:AdJuvAnT FoRmulaTioNs and idEntify the oNe tHaT elicits the mOSt Protective ResPonses that doEs nOt causE VeD iN
 and using this this model  enables u s toide nti fy  a D T:pr eF:adjuvant fo r mula tion that overcomes th e ris ks of V E D.  In P hase Io ft h ispr op osa l, we  will  te st four  DT-preF:a dju va nt formulati o ns  and ident ify  the one tha t e licits  t hem ost p rot ectiv e resp o nses t hat doesno t  cause VED in
 and_using this_this model enables us_to identify_a_DT:preF:adjuvant formulation_that_overcomes the risks_of VED. In_Phase I of this_proposal, we will_test_four DT-preF:adjuvant formulations and identify the one that elicits the most protective responses that_does_not cause_VED_in