Photo-Bioelectrochemistry of Cyanobacteria Lacking Respiratory Terminal Oxidases
ECS Transactions, 2018•iopscience.iop.org
PCC7942 namely bd-type quinol oxidase, aa3-type cytochrome oxidase and cbb3-type
cytochrome oxidase were knocked out individually and in combination to construct single
and double mutants. PCR was carried out to confirm the successful construction of mutants.
EET ability and photocurrent generation ability of the cyanobacteria in a photo
bioelectrochemical cell were investigated through the ferricyanide reduction assay and
conventional electrochemical experiments respectively.
cytochrome oxidase were knocked out individually and in combination to construct single
and double mutants. PCR was carried out to confirm the successful construction of mutants.
EET ability and photocurrent generation ability of the cyanobacteria in a photo
bioelectrochemical cell were investigated through the ferricyanide reduction assay and
conventional electrochemical experiments respectively.
PCC7942 namely bd-type quinol oxidase, aa3-type cytochrome oxidase and cbb3-type cytochrome oxidase were knocked out individually and in combination to construct single and double mutants. PCR was carried out to confirm the successful construction of mutants. EET ability and photocurrent generation ability of the cyanobacteria in a photo bioelectrochemical cell were investigated through the ferricyanide reduction assay and conventional electrochemical experiments respectively.
iopscience.iop.org
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