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PH determines the energetic efficiency of the cyanobacterial CO
2
concentrating mechanism
Niall M. Mangan
, Avi Flamholz
, Rachel D. Hood
,
Ron Milo
, David F. Savage
Department of Plant and Environmental Sciences
Weizmann Institute of Science
Research output
:
Contribution to journal
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Article
›
peer-review
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2
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Keyphrases
Cyanobacteria
100%
Exergetic Efficiency
100%
Carbon Concentrating Mechanism
100%
Inorganic Carbon
71%
Oxygenase
42%
Intracellular pH
42%
RuBisCO
42%
Carboxysome
42%
Carbon Pools
28%
Mathematical Model
14%
Carbonic Anhydrase
14%
Oxygenation
14%
Selective Uptake
14%
Colocalization
14%
CO2 Concentration
14%
Biological Systems
14%
Energetic Cost
14%
Low pH
14%
Carbon Accumulation
14%
Carboxylation
14%
Carbon Levels
14%
Microcompartment
14%
Active Transport
14%
Competitive Reaction
14%
CO2 Retention
14%
Carbon-fixing Bacteria
14%
Biochemistry, Genetics and Molecular Biology
Oxygenase
100%
Energy Transfer
100%
Cell pH
100%
RuBisCO
100%
Carboxysome
100%
Carbon Sink
66%
Enzyme
33%
Cyanobacteria
33%
Oxygenation
33%
Carbonic Anhydrase
33%
Carboxylation
33%