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Photosynthetic Hydrogen Production: Computational Experimental Results are Indicative that Evolutionary Mutants May Allow for Commercial Viability

机译:光合氢的产生:计算和实验结果表明进化突变体可能具有商业可行性

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Carbon dioxide and other greenhouse gases are rising to alarming levels in our atmosphere. An economy and a transportation infrastructure based on molecular hydrogen and fuel cells could positively affect global climate change. Generation of molecular hydrogen as a biofuel, i.e. generation of hydrogen via photosynthetic algae (Chlamydomonas reinhardtii) would allow for a cheap and renewable energy source. However, the enzyme responsible for hydrogen gas generation (hydrogenase) has a short half-life and is extremely sensitive to oxygen.
机译:二氧化碳和其他温室气体正在上升到我们大气中令人震惊的水平。基于分子氢和燃料电池的经济和运输基础设施可能对全球气候变化产生积极影响。分子氢作为生物燃料的产生,即通过光合藻类(莱茵衣藻)产生的氢将允许廉价和可再生的能源。但是,负责产生氢气的酶(氢化酶)的半衰期很短,并且对氧气极为敏感。

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