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Marine diazo-nourishing bacteria, the hope of fighting climate change
Time of Update: 2022-10-25
took awayCO2"This process is known as a biocarbon pump, and so far is largely due to the conversion of phytoplankton-2, which converts CO, into organic matter in photosynthesis.
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[Nature sub-issue] Marine bacteria make "anti-cancer molecules", and scientists understand the mystery for the first time!
Time of Update: 2022-04-28
Co-author Bradley Moore, Distinguished Professor of Scripps Oceanography and Skaggs School of Pharmacy and Pharmaceutical Sciences, said: "Now that scientists understand how this enzyme makes the salinosporamide A 'warhead', this discovery could be used in the future to harness the enzyme to Produce other types of salinosporamides that attack not only cancer but also diseases of the immune system and infections caused by parasites .
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Nature Microbiology Zhang Yuzhong's team at Ocean University of China reveals a new mechanism of marine bacteria's organic sulfur metabolism and defense
Time of Update: 2021-11-16
Under high concentration of DMSP, DddL degrades DMSP to cause the accumulation of acrylate around the cell, thereby preventing the predation of marine ciliates Uronema marinum, and allowing the ciliates to transfer predation pressure to bacteria in the community that do not contain dddL genes, thereby obtaining Competitive advantages in resources and space .
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Nature Microbiology Zhang Yuzhong's team reveals a new mechanism of marine bacteria's organic sulfur metabolism and defense
Time of Update: 2021-11-16
1038/s41564-021-00981-1 Platemaker: Notes for reprinting on the 11th [Non-original article] The copyright of this article belongs to the author of the article.
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Seeing fuchsia makes marine bacteria the "hands" of light catchers
Time of Update: 2021-02-27
But in a study published August 7 in the journal Science-Progress, researchers found that bacteria with metamorphosis, a binding protein that uses retinal to capture light, play an important role in converting light into energy, especially in nutrient-poor areas.
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Advances have been made in the analysis and identification of rapid electrochemical sensing of marine pathogenic bacteria
Time of Update: 2021-02-27
Recently, Qin Wei, a researcher at Yantai Coastal Belt Research Institute of the Chinese Academy of Sciences, and his team proposed a new method for biometric sensing of polymer membrane electrodes based on the direct potential response of magnetically controlled biometric molecules, using the dual characteristics of highly selective identification and potential signal conduction of biometric molecules.
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Methods for the identification and separation of marine line bacteria.
Time of Update: 2020-08-23
, the form and structure of line bacteria are single cells, mostly composed of branched developed mycelium, the simplest for rod-shaped or with the original mycelium.
most of the line bacteria in this way to form spores, such as streptomyces spores in the formation of many of this type.
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Marine bacteria offer hope for new antibiotics
Time of Update: 2020-06-07
About three-quarters of all antibiotics in clinical practice are produced by natural bacteria The antibiotics available today are losing their effects, and more and more pathogens are becoming resista
