Calvin Cycle Flux, Pathway Constraints, and Substrate Oxidation State Together Determine the H2 Biofuel Yield in Photoheterotrophic Bacteria

James B. McKinlay; Caroline S. Harwood

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Calvin Cycle Flux, Pathway Constraints, and Substrate Oxidation State Together Determine the H2 Biofuel Yield in Photoheterotrophic Bacteria

机译：卡尔文循环通量，途径限制和底物氧化态共同决定了光异养细菌中的H2生物燃料产量

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>Citation McKinlay JB, Harwood CS. 2011. Calvin cycle flux, pathway constraints, and substrate oxidation state together determine the H₂ biofuel yield in photoheterotrophic bacteria. mBio 2(2):e00323-10. doi:10.1128/mBio.00323-10.

机译：>引文 McKinlay JB和Harwood CS。 2011年。卡尔文循环通量，途径限制和底物氧化状态共同决定了光异养细菌中H _{2 的生物燃料产量。 mBio 2（2）：e00323-10。 doi：10.1128 / mBio.00323-10。}

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《MBio》 |2011年第2期|共9页
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James B. McKinlay; Caroline S. Harwood;
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1. Calvin Cycle Mutants of Photoheterotrophic Purple Nonsulfur Bacteria Fail To Grow Due to an Electron Imbalance Rather than Toxic Metabolite Accumulation [J] . Gina C. Gordon, James B. McKinlay Journal of bacteriology . 2014,第6期

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2. Calvin Cycle Mutants of Photoheterotrophic Purple Nonsulfur Bacteria Fail To Grow Due to an Electron Imbalance Rather than Toxic Metabolite Accumulation [J] . Gina C. Gordon, James B. McKinlay Journal of bacteriology . 2014,第6期

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3. Linking genome content to biofuel production yields: a meta-analysis of major catabolic pathways among select H2 and ethanol-producing bacteria [J] . Carlo R Carere, Thomas Rydzak, Tobin J Verbeke, BMC Microbiology . 2012,第1期

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6. Calvin Cycle Flux Pathway Constraints and Substrate Oxidation State Together Determine the H2 Biofuel Yield in Photoheterotrophic Bacteria [O] . James B. McKinlay, Caroline S. Harwood 2011

机译：卡尔文循环通量途径限制和底物氧化态共同决定了光异养细菌中的H2生物燃料产量
7. Calvin Cycle Flux, Pathway Constraints, and Substrate Oxidation State Together Determine the H2 Biofuel Yield in Photoheterotrophic Bacteria [O] . McKinlay, James B., Harwood, Caroline S. 2011

机译：卡尔文循环通量，途径限制和底物氧化态共同决定了光异养细菌中的H2生物燃料产量

Calvin Cycle Flux, Pathway Constraints, and Substrate Oxidation State Together Determine the H2 Biofuel Yield in Photoheterotrophic Bacteria

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