All Microbial Biotechnology articles – Page 10
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NewsElectricity-fed purple phototrophic bacteria convert carbon dioxide into high protein biomass
For the first time, researchers from University of Alcalá have grown a microbial consortium dominated by purple phototrophic bacteria (PPB) which are fed with electricity to convert CO2 into high protein biomass.
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NewsResearchers develop ingestible biobatteries that could allow new view of digestive system
Biobattery researchers have created a solution based on microbial fuel cells that would allow cameras to target the hard-to-reach small intestine, which winds around the human gut for an average of 22 feet.
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NewsEngineered microbial community could serve as living carbon sink
A Chinese team of researchers has genetically engineered a microbial community which could serve as a living carbon sink.
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NewsScientists switch out yeast cell’s sex drive to create cannabis tracker
Researchers at the University of Copenhagen’s Faculty of Science have modified a yeast cell to sense the active substances in cannabis and get it to turn red when it does, paving the way for a new type of drug test that can be carried out with a smartphone.
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NewsKenneth Timmis wins prestigious award for achievements in microbiology
The 2023 FEMS-Lwoff Award for Achievements in Microbiology has been awarded to Professor Kenneth Timmis, former Editor-in-Chief of AMI journals Environmental Microbiology, Environmental Microbiology Reports and Microbial Biotechnology.
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FeaturesClean water for all
The World Health Organization (WHO) and the United Nations Children’s Fund (UNICEF) estimated that, as of 2020, 2 billion people across the globe did not have access to safely managed drinking water.
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NewsGedea Biotech buoyed by results for antibiotic-free treatment for bacterial vaginosis
Women’s health company Gedea Biotech is moving towards approval for its antibiotic-free treatment for bacterial vaginosis following positive results from its NEFERTITI clinical study.
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FeaturesArsenic: a smartphone-friendly biosensor to tackle an insidious global threat
By altering their genetic circuit to produce visual pigments in the presence of arsenic, bacteria could provide a simple and self-renewing form of detection.