Angelov, Dimitar

8- oxog histone h 1 histone linker dinucleosome linker dna nucleosome ogg 1 template repair figure dinucleosomal templates dinucleosomal chromatin removal nucleosomal cleavage nucleosomal dna presence particle ef ficiency acids research ef ficient repair histone h 1. core particle dna length puri fied remodelling nucleosomal 8- oxog ficiency excision dimitrov dinucleosomal template reaction natl acad core histones enzyme ficient 32 p-end angelov base excision repair lesion panel glycosylase mobility denaturing ogg 1 cleavage accessibility structure figure 1 f cleavage ef ficiency dnase i footprinting experiment reconstituted research uracil data show figure 3 sample 90 min globular domain ogg 1. ef ficiently core particle 20- schematic ficiently domain digestion study p-end activity vicinity model linker dna length nucleosome number model system figure 2 effect linker histones