All University of Tsukuba articles
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NewsResearchers unveil new method for measuring electrical conductivity in microorganisms
Researchers investigating electro-activity in biofilms have developed a straightforward experimental setup in which a microbial colony, a form of biofilm, was grown on agar and directly pressed onto an electrode to assess its electrical conductivity.
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NewsStudy reveals convergent evolution of algal CO2-fixing organelles
Various pyrenoid-associated proteins have been reported among the algae studied, suggesting that CO2-fixing organelles evolved independently in each algal group.
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NewsPhotosynthetic mechanism of purple sulfur bacterium adapted to low-calcium environments revealed
Researchers revealed the LH1-RC structures of Allochromatium vinosum, a model species of autotrophic bacteria capable of thriving in low-calcium or soft-water environments, at a resolution that enabled individual amino acid visualization.
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NewsConsuming fermented food natto suppresses arteriosclerosis
A study shows that the intake of natto alters the composition of intestinal microflora in a mouse model, regulating the production of cytokines and chemokines associated with arteriosclerosis.
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NewsRediscovery of rare marine amoeba Rhabdamoeba marina
Researchers have successfully established a culture strain of the marine amoeba Rhabdamoeba marina from seawater sourced from the coast of Tottori Prefecture, Japan, and advocated for its reclassification into the class Chlorarachnea.
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NewsStudy confirms protective role of bacterium in chronic rhinosinusitis
Scientists investigate how microbes in the nasal mucosa may influence the pathophysiology of chronic sinusitis.
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NewsMultiple novel yeast species detected in the gut of green lacewing in Japan
Researchers who isolated and cultured yeasts from the guts of adult green lacewing insects to identify and describe their taxonomic affiliations found yeasts are present in a wider range of these insects than known previously.
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NewsMicrobially synthesized compound stabilizes lithium ion batteries - and it’s eco-friendly too
Researchers in Japan have found that a microbially prepared pyrazine diamine compound can significantly stabilize high-energy density lithium-ion batteries.
