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The aim of this project was to evaluate the role of quinone biosynthesis through the targeted disruption of a gene encoding an enzyme essential to the menaquinone biosynthesis in E. faecalis. Compared with its wild-type counterpart, menaquinone biosynthesis mutants displayed an approximate 20% increase in sensitivity to hydrogen peroxide which indicates menaquinone biosynthesis may ultimately play a role in the mediation of oxidative stress in E. faecalis.

Produktbeschreibung
The aim of this project was to evaluate the role of quinone biosynthesis through the targeted disruption of a gene encoding an enzyme essential to the menaquinone biosynthesis in E. faecalis. Compared with its wild-type counterpart, menaquinone biosynthesis mutants displayed an approximate 20% increase in sensitivity to hydrogen peroxide which indicates menaquinone biosynthesis may ultimately play a role in the mediation of oxidative stress in E. faecalis.
Autorenporträt
Michael lebt in Singapur und geht derzeit seinem Interesse für Overlanding und Offroading nach. Er hat einen MSc in Biowissenschaften von der University of Auckland.