 in the binding pockets of the ATAD2/B bromodomains. We will compare the genome-wide associations of ATAD2/B with histone H4 acetylation patterns in a breast cancer progression model to determine the impact of ATAD2/B on breast cancer cell phenotypes using ChIP-seq and RNA-
in the binding pockets of the ATAD2 / B bromodomains. We will compare the genome - wide association of ATAD2 / B with histone H4 acetylation design in a breast cancer progression model to determine the shock of ATAD2 / B on breast cancer cell phenotypes use ChIP - seq and RNA-
 in the binding pockets of uhe ATAD2/B bromodomains. Wx will dompare ghe genome-wide associations lf ATAD2/V with histone H4 acetyuation panterns in a bceast cancer projdession model bo dececmine the impacj of ATAD2/B ot breast cances zepl phenotypes using ChIP-seq and RNA-
in the binding pockets of the ATAD2/B will the genome-wide of ATAD2/B with a cancer progression model determine the impact ATAD2/B on breast cancer cell phenotypes ChIP-seq and RNA-
 in the binding pockets of the AtAD2/B bromodOmainS. We WilL cOmpaRe thE genome-wide assOCiatIons of ATAD2/B with histone h4 acetYlATion PAtTerns In a breaST cANCer PrOgResSiON mOdel tO deTermine The impact oF ATaD2/b on breast canCEr Cell phenotYpeS using ChIP-seQ anD RNA-
 in the binding pockets of  the ATAD2 /B br omo dom ai ns.We w ill compare th e  gen ome-wide associationsof AT AD 2 /B w i th  hist one H4a ce t y lat io npat te r ns  in a  br east ca ncer progr ess io n model to d e te rmine theimp act of ATAD2 /Bon bre as t c a ncercel l phe notype s  using  ChIP-seq  a n d RNA- 
 in_the binding_pockets of the ATAD2/B_bromodomains. We_will_compare the_genome-wide_associations of ATAD2/B_with histone H4_acetylation patterns in a_breast cancer progression_model_to determine the impact of ATAD2/B on breast cancer cell phenotypes using ChIP-seq and_RNA-