APA

Deery E., Schroeder S., Lawrence A. D., Taylor S. L., Seyedarabi A., Waterman J., Wilson K. S., Brown D., Geeves M. A., Howard M. J., Pickersgill R. W. & Warren M. J. (20130212). An enzyme-trap approach allows isolation of intermediates in cobalamin biosynthesis. : Nature chemical biology.

Chicago

Deery Evelyne, Schroeder Susanne, Lawrence Andrew D, Taylor Samantha L, Seyedarabi Arefeh, Waterman Jitka, Wilson Keith S, Brown David, Geeves Michael A, Howard Mark J, Pickersgill Richard W and Warren Martin J. 20130212. An enzyme-trap approach allows isolation of intermediates in cobalamin biosynthesis. : Nature chemical biology.

Harvard

Deery E., Schroeder S., Lawrence A. D., Taylor S. L., Seyedarabi A., Waterman J., Wilson K. S., Brown D., Geeves M. A., Howard M. J., Pickersgill R. W. and Warren M. J. (20130212). An enzyme-trap approach allows isolation of intermediates in cobalamin biosynthesis. : Nature chemical biology.

MLA

Deery Evelyne, Schroeder Susanne, Lawrence Andrew D, Taylor Samantha L, Seyedarabi Arefeh, Waterman Jitka, Wilson Keith S, Brown David, Geeves Michael A, Howard Mark J, Pickersgill Richard W and Warren Martin J. An enzyme-trap approach allows isolation of intermediates in cobalamin biosynthesis. : Nature chemical biology. 20130212.