Thus, the restriction enzyme binds and cuts the circular DNA at the only restriction enzyme recognition sequence that is non-methylated 13 bp to the right of the right adapter.
It then cleaves the DNA 13 bp to the right of the right adapter. Thus, the restriction enzyme is able to bind to the circular DNA at the only restriction enzyme recognition sequence that is non-methylated.
Thus, the restriction enzyme is able to bind to the circular DNA at the only restriction enzyme recognition sequence that is non-methylated. It then cleaves the DNA 13 bp to the right of the right adapter.
Thus, the restriction enzyme is able to bind to the circular DNA at the only restriction enzyme recognition sequence that is non-methylated. It then cleaves the DNA 13 bp to the right of the right adapter.