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Chris J. Easton
Chris J. Easton
Australian National University
Enzyme
Redox
Cofactor
Substrate (chemistry)
Enol
2
Papers
60
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The evolution of multiple active site configurations in a designed enzyme
2018
Nature Communications
N.-S. Hong
Dušan Petrović
Richmond Lee
Ganna Grynova
Miha Purg
Jake Saunders
Paul Bauer
Paul D. Carr
Ching Yeh Lin
Peter D. Mabbitt
William H. Zhang
Timothy M. Altamore
Chris J. Easton
Michelle L. Coote
Shina Caroline Lynn Kamerlin
Colin J. Jackson
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Citations (43)
Cofactor promiscuity among F 420 -dependent reductases enables them to catalyse both oxidation and reduction of the same substrate
2012
Catalysis Science & Technology
Gauri V. Lapalikar
Matthew C. Taylor
Andrew C. Warden
Hideki Onagi
James E. Hennessy
Roger J. Mulder
Colin Scott
Susan E. Brown
Robyn J. Russell
Chris J. Easton
John G. Oakeshott
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Citations (17)
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