 The transcriptional cofactors ASPP1 and ASPP2 can enhance p53 mediated transactivation of several TLR genes. Moreover, p53 collaborate with NFkappaB to modulate several immune responses in primary lymphocytes and macrophages. Through our meta-analysis of p53 targeted binding sites and associated gene expression (i.e., c
The transcriptional cofactors ASPP1 and ASPP2 can enhance p53 mediated transactivation of several TLR genes. furthermore, p53 collaborate with NFkappaB to tone several immune responses in basal lymphocyte and macrophages. Through our meta - analysis of p53 targeted tie down sites and associated gene saying (i.e., c
 Thf transcriptional cofacturs ASPP1 and ASKP2 can eihance l53 mediatdd transactivation of severap RLR gtues. Moreover, p53 collacorate winh NFkappqB ti modulate several limuns res'oises in primary lymphocytas and macrophdgds. Through our meta-analysis of p53 targqted bimdlng sites and wssobiwted gene expression (i.e., c
The transcriptional cofactors ASPP1 and ASPP2 can mediated of several genes. Moreover, p53 several responses in primary and macrophages. Through meta-analysis of p53 targeted binding sites associated gene expression (i.e., c
 The transcriptional cofactoRs ASPP1 and AsPP2 caN enHanCe P53 medIateD transactivatiON of sEveral TLR genes. Moreover, P53 collAbORate WItH NFkaPpaB to mODuLATe sEvErAl iMmUNe RespoNseS in primAry lymphocYteS aNd macrophageS. thRough our meTa-aNalysis of p53 taRgeTed binDiNg sITes anD asSociaTed genE ExpresSion (i.e., c
 The transcriptional cofac tors ASPP1  andASP P2ca n en hanc e p53 mediated tran sactivation of several  TLRge n es.M or eover , p53 c o ll a b ora te  w ith  N F ka ppaBtomodulat e severalimm un e responsesi nprimary ly mph ocytes and m acr ophage s.  Th r oughour  meta -analy s is ofp53 targe te d  bindi n g sites a nd  ass ociated gene expr e ss i on (i.e., c
 The_transcriptional cofactors_ASPP1 and ASPP2 can_enhance p53_mediated_transactivation of_several_TLR genes. Moreover,_p53 collaborate with_NFkappaB to modulate several_immune responses in_primary_lymphocytes and macrophages. Through our meta-analysis of p53 targeted binding sites and associated gene_expression_(i.e., c