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Chinese scientists realize the artificial synthesis of carbon dioxide to glucose and oil
Time of Update: 2022-09-10
After a year and a half of efforts, Chinese researchers have used electrocatalysis combined with biosynthesis to efficiently reduce carbon dioxide to synthesize high-concentration acetic acid, and further use microorganisms to synthesize glucose and fatty acids (oils) .
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Carbon dioxide can synthesize glucose and fatty acids
Time of Update: 2022-09-03
core reading The latest research by Chinese scientists has shown that by combining electrocatalysis with biosynthesis, carbon dioxide can be efficiently reduced to synthesize high-concentration acetic acid, and further microorganisms can be used to synthesize glucose and fatty acids .
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Scientists achieve carbon dioxide reduction to synthesize glucose and fatty acids
Time of Update: 2022-05-19
This work firstly converts carbon dioxide and water into high-purity acetic acid through electrocatalysis, and then uses acetic acid and acetate as carbon sources to synthesize long carbon chain molecules such as glucose and fatty acids through biological fermentation .
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Chinese scientists artificially synthesize glucose and fatty acids from carbon dioxide
Time of Update: 2022-05-14
The artificial conversion of carbon dioxide into high value-added compounds, "turning waste into treasure", is an important area for continuous research in the scientific and technological circles .
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Chinese scholar Nature sub-published article: Artificial synthesis of glucose and fatty acids from carbon dioxide
Time of Update: 2022-05-10
The artificial conversion of carbon dioxide into high value-added compounds, "turning waste into treasure", is an important area for continuous research in the scientific and technological circles .
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[quick news] on September 5, 2018, NASA launched the challenge of converting carbon dioxide into glucose, with a maximum bonus of $750000
Time of Update: 2018-09-05
NASA launched the carbon dioxide to glucose challenge, with a maximum bonus of $750000 NASA launched a challenge to find a way to convert the relatively abundant carbon dioxide resources on Mars to gl