Abstract:
The present invention relates to compositions including: (1) isolated DNA encoding the Stul restriction endonuclease and isolated DNA encoding cognate and non-cognate methylase; (2) vectors and cells containing the isolated DNA; and (3) methods for producing the Stul restriction endonuclease.
Abstract:
The present invention relates to compositions including: (1) isolated DNA encoding the StuI restriction endonuclease and isolated DNA encoding cognate and non-cognate methylase; (2) vectors and cells containing the isolated DNA; and (3) methods for producing the StuI restriction endonuclease.
Abstract:
The present invention relates to compositions including: (1) isolated DNA encoding the Stul restriction endonuclease and isolated DNA encoding cognate and non-cognate methylase; (2) vectors and cells containing the isolated DNA; and (3) methods for producing the Stul restriction endonuclease.
Abstract:
The present invention relates to compositions including: (1) isolated DNA encoding the Stul restriction endonuclease and isolated DNA encoding cognate and non-cognate methylase; (2) vectors and cells containing the isolated DNA; and (3) methods for producing the Stul restriction endonuclease.
Abstract:
The present invention relates to compositions including: (1) isolated DNA encoding the Stul restriction endonuclease and isolated DNA encoding cognate and non-cognate methylase; (2) vectors and cells containing the isolated DNA; and (3) methods for producing the Stul restriction endonuclease.
Abstract:
The present invention relates to compositions including: (1) isolated DNA encoding the Stul restriction endonuclease and isolated DNA encoding cognate and non-cognate methylase; (2) vectors and cells containing the isolated DNA; and (3) methods for producing the Stul restriction endonuclease.