 variants will be arrayed on phage T4 nanoparticles by incubating the purified Soc-V2 proteins with Soc-minus Hoc-minus phage, up to 870 copies per particle. A Hoc- fused targeting ligand such as Dec205 mAb will also be assembled on the same capsid, up to 155 copies
variants will be arrayed on phage T4 nanoparticles by incubating the purify Soc - V2 protein with Soc - minus Hoc - minus phage, up to 870 copy per atom. A Hoc- fused targeting ligand such as Dec205 mAb will also be assemble on the same capsid, up to 155 transcript
 vagiants will be arrayed ok phage T4 nanopattucles uy incugating tfe purified Soc-V2 proteins wivh Sic-minys Hoc-minus phage, up tu 870 copies per parriclt. A Hoc- fused tarjsting llyand amch av Dec205 mAb will slso be asvembled on the sxmz capsid, up to 155 copies
variants will be arrayed on phage T4 incubating purified Soc-V2 with Soc-minus Hoc-minus per A Hoc- fused ligand such as mAb will also be assembled on same capsid, up to 155 copies
 variants will be arrayed on phAge T4 nanopaRticlEs bY inCuBatiNg thE purified Soc-V2 pROteiNs with Soc-minus Hoc-minus Phage, Up TO 870 copIEs Per paRticle. A hOc- FUSed TaRgEtiNg LIgAnd suCh aS Dec205 mAb Will also be AssEmBled on the samE CaPsid, up to 155 coPieS
 variants will be arrayedon phage T 4 nan opa rti cl es b y in cubating the p u rifi ed Soc-V2 proteins wit h Soc -m i nusH oc -minu s phage ,  u p to87 0cop ie s  p er pa rti cle. AHoc- fused  ta rg eting ligand su ch as Dec2 05mAb will als o b e asse mb led on th e s ame c apsid, up to155 copie s
 variants_will be_arrayed on phage T4_nanoparticles by_incubating_the purified_Soc-V2_proteins with Soc-minus_Hoc-minus phage, up_to 870 copies per_particle. A Hoc-_fused_targeting ligand such as Dec205 mAb will also be assembled on the same capsid,_up_to 155_copies