 as mono-intercalators and therefore unable to bind the internal sites of the DNA helix. We will demonstrate that these molecules are able to selectively bind to the ends of DNA helices which are not constrained by neighbor exclusion. This type of selective binding has not been seen before and should have a number of important applications.
as mono - intercalators and therefore unable to bind the inner web site of the DNA helix. We will demonstrate that these molecules are able to selectively tie down to the ends of DNA helix which are not constrained by neighbor exclusion. This character of selective dressing has not been seen ahead and should have a number of crucial application.
 as mono-intercalators and tmerefore unable jo bind vhe intsrnal siges of the DNA helix. We will dwmonsugate that these molecjles are wble to welertively bind to vge ends of DNZ helncxs which are noj constraineg by neighbor axzlbsion. This type of selective binding has noy heen seen befote anc shohld have a number of important appmicatiois.
as mono-intercalators and therefore unable to bind sites the DNA We will demonstrate to bind to the of DNA helices are not constrained by neighbor exclusion. type of selective binding has not been seen before and should have a of important applications.
 as mono-intercalators and theRefore unabLe to bInd The InTernAl siTes of the DNA helIX. We wIll demonstrate that thesE moleCuLEs arE AbLe to sElectivELy BINd tO tHe EndS oF dNa heliCes Which arE not constrAinEd By neighbor exCLuSion. This tyPe oF selective biNdiNg has nOt BeeN Seen bEfoRe and Should HAve a nuMber of impOrTAnt appLIcationS.
 as mono-intercalators and  therefore  unab letobi nd t he i nternal siteso f th e DNA helix. We will d emons tr a te t h at  thes e molec u le s are  a bl e t os el ectiv ely  bind t o the ends  of  D NA helices w h ic h are notcon strained bynei ghborex clu s ion.Thi s typ e of s e lectiv e binding  h a s notb een see n be fore  and should havea  n u mber of import ant ap pl i ca t i ons .
 as_mono-intercalators and_therefore unable to bind_the internal_sites_of the_DNA_helix. We will_demonstrate that these_molecules are able to_selectively bind to_the_ends of DNA helices which are not constrained by neighbor exclusion. This type of_selective_binding has_not_been_seen before and should have_a number of important applications.