Why neutronelectron proton visualise?
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Answer:
he simultaneous transfer of a proton and an electron—a process that is referred to as proton-coupled electron transfer (PCET)—is ubiquitous in biology. Many redox metalloenzymes that are used for electron transfer also require proton transfer, making PCET a fundamental component of metalloenzyme catalysis. We present a neutron crystal structure for an enzymatic PCET pathway in the heme enzyme ascorbate peroxidase. The protonation state of the proton/electron donor (ascorbate) is observed bound to the enzyme, and the locations of the deuterium atoms on the proton transfer pathway are directly visualized. This atomic map of a biological proton transfer pathway provides a framework for understanding proton delivery processes in other heme enzymes.
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