Skip to main content

4 Result(s)

within Steven M. Berry Remove this filter

and

  1. No Access

    Article

    Engineering di-iron enzymes

    A dramatic switch of reactivity — from hydroquinone oxidation to N-hydroxylation — can be achieved through the rational engineering of a de novo-designed di-iron protein. Four specific amino-acid mutations spread...

    Steven M. Berry in Nature Chemistry (2012)

  2. No Access

    Article

    Incorporation of the red copper nitrosocyanin binding loop into blue copper azurin

    Loop-directed mutagenesis was applied to the blue copper protein azurin to replace its copper binding loop with that from the red copper protein nitrosocyanin. A ten amino acid long loop that provides three of...

    Steven M. Berry, Erika L. Bladholm… in JBIC Journal of Biological Inorganic Chemi… (2011)

  3. No Access

    Article

    Models of noncoupled dinuclear copper centers in azurin

    The successful modeling of metalloproteins is an important step in understanding their structure and function. Toward this goal, models of the noncoupled copper centers found in the enzymes peptidyl α-hydroxyl...

    Steven M. Berry, Jonathan R. Mayers… in JBIC Journal of Biological Inorganic Chemi… (2009)

  4. No Access

    Chapter

    Probing Mercury Complex Speciation with Multinuclear NMR

    Investigation of the solution-state coordination chemistry of mercury presents unique challenges. Multinuclear NMR methods are particularly appropriate for the characterization of mercury complexes in so...

    Deborah C. Bebout, Steven M. Berry in Recent Developments in Mercury Science (2006)