 an autoinhibitory domain that interacts with the IAD, burying key residues required for IRF dimerization and preventing IRF nuclear accumulation. C-terminal phosphorylation induces charge repulsions, causing the autoinhibitory domain to unmask the IAD, allowing formation of transcriptionally active IRF dimers. To identify
an autoinhibitory domain that interacts with the IAD, burying key residue command for IRF dimerization and preventing IRF nuclear accumulation. C - concluding phosphorylation induces charge repulsions, cause the autoinhibitory domain to unmask the IAD, allowing constitution of transcriptionally active IRF dimers. To identify
 an autoinhibitory domain tmat interacts wijh the IED, buryjng key fesidues required for IRF dileeizatuon and preventing IRF nuclear wccumularion. X-terminal 'gosphornjatikk indbcxs charge repulxions, caushng the autoinvicicory domain to unmask the IAD, allowigg formstlon of transcryptipgallg active IRF dimers. To identify
an autoinhibitory domain that interacts with the key required for dimerization and preventing induces repulsions, causing the domain to unmask IAD, allowing formation of transcriptionally active dimers. To identify
 an autoinhibitory domain thaT interacts With tHe IaD, bUrYing Key rEsidues requireD For IrF dimerization and preveNting iRf NuclEAr AccumUlation. c-TeRMInaL pHoSphOrYLaTion iNduCes charGe repulsioNs, cAuSing the autoiNHiBitory domaIn tO unmask the IAd, alLowing FoRmaTIon of TraNscriPtionaLLy actiVe IRF dimeRs. tO identIFy
 an autoinhibitory domainthat inter actswit h t he  IAD , bu rying key resi d uesrequired for IRF dimer izati on andp re venti ng IRFn uc l e arac cu mul at i on . C-t erm inal ph osphorylat ion  i nduces charg e  r epulsions,  ca using the au toi nhibit or y d o maintounmas k theI AD, al lowing fo rm a tion o f  transc r i pt iona lly active IRF di m er s . To identify
 an_autoinhibitory domain_that interacts with the_IAD, burying_key_residues required_for_IRF dimerization and_preventing IRF nuclear_accumulation. C-terminal phosphorylation induces_charge repulsions, causing_the_autoinhibitory domain to unmask the IAD, allowing formation of transcriptionally active IRF dimers. To_identify