The work in this thesis expands the knowledge of the ways in which S. oneidensis interacts
with Fe 2+, including its uptake and efflux, and presents a potential mode of Fe 2+ toxicity …

All living cells have requirements for metals, largely for the catalytic functions of
metalloenzymes and other metal-containing proteins. However, metals become toxic to cells …

All living cells have requirements for metals, largely for the catalytic functions of
metalloenzymes and other metal-containing proteins. However, metals become toxic to cells …