 the ATAD2/B bromodomains will be coupled with in vivo functional genomic investigations using a breast cancer progression model to characterize the biological roles of the ATAD2/B bromodomains. We will evaluate the impact of neighboring histone modifications on histone H4 tail recognition using peptide array assays in combination with isothermal
the ATAD2 / B bromodomains will be coupled with in vivo functional genomic investigations use a breast cancer progress model to characterize the biological roles of the ATAD2 / b-complex vitamin bromodomains. We will evaluate the impact of neighbor histone change on histone H4 tail realization use peptide array assays in combination with isothermal
 thf ATAD2/B bromodomains wilu be coupled wijh in vito funcfional gdnomic investigations using e brwast xancer progression moddl to chagacterize the viological roles on the WTAD2/Y uromodomains. We will evalgate the impacd uf neighboring histone modifications jn histpnf H4 tail recoggitipg usjng peptide array assays in combinztion wpth isothermal
the ATAD2/B bromodomains will be coupled with functional investigations using breast cancer progression roles the ATAD2/B bromodomains. will evaluate the of neighboring histone modifications on histone tail recognition using peptide array assays in combination with isothermal
 the ATAD2/B bromodomains will bE coupled wiTh in vIvo FunCtIonaL genOmic investigatIOns uSing a breast cancer progrEssioN mODel tO ChAractErize thE BiOLOgiCaL rOleS oF ThE ATAD2/b brOmodomaIns. We will eValUaTe the impact oF NeIghboring hIstOne modificatIonS on hisToNe H4 TAil reCogNitioN using PEptide Array assaYs IN combiNAtion wiTH IsOtheRmal
 the ATAD2/B bromodomainswill be co upled  wi thin  viv o fu nctional genom i c in vestigations using a b reast  c a ncer pr ogres sion mo d el t o c ha ra cte ri z ethe b iol ogicalroles of t heAT AD2/B bromod o ma ins. We wi llevaluate the  im pact o fnei g hbori nghisto ne mod i ficati ons on hi st o ne H4t ail rec o g ni tion  using peptide ar r ay assays in comb inatio nw it h iso the rmal
 the_ATAD2/B bromodomains_will be coupled with_in vivo_functional_genomic investigations_using_a breast cancer_progression model to_characterize the biological roles_of the ATAD2/B_bromodomains._We will evaluate the impact of neighboring histone modifications on histone H4 tail recognition_using_peptide array_assays_in_combination with isothermal