The #microbial #diversity of #dynamic #ecosystems can today be assessed using more efficient methods. M. F. Peña-Valencia et al. (2026) identified potential #polyethyleneterephthalate (#PET)-degrading #enzymes from #mangrove #soil using #AI, #3D #structuralanalysis and #metagenomics. Some of these enzymes could be assigned to the bacterial genus #Microbulbifer.
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https://doi.org/10.1038/s41467-026-71548-z
#Illustrations
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New publication: Interactions between polypropylene
#microplastics and emerging contaminants increase
#soilrespiration and alter
#microbial #community structure.
https://doi.org/10.1016/j.apsoil.2026.106910New publication: High-Dose
#Biochar Hinders Micro/#Nanoplastic-Induced
#Soil Positive Priming by Reducing
#Substrate Quality and
#Microbial Activity.
https://doi.org/10.1021/acs.est.5c11467
The Real, Live Microbial Fuel Cells Behind Astrophage - CleanTechnica
The futuristic Astrophage depicted in the new Hollywood blockbuster film Project Hail Mary share some roots with microbial fuel cells.
CleanTechnica
The Real, Live Microbial Fuel Cells Behind Astrophage - CleanTechnica
The futuristic Astrophage depicted in the new Hollywood blockbuster film Project Hail Mary share some roots with microbial fuel cells.
CleanTechnica
The Real, Live Microbial Fuel Cells Behind Astrophage - CleanTechnica
The futuristic Astrophage depicted in the new Hollywood blockbuster film Project Hail Mary share some roots with microbial fuel cells.
CleanTechnicaNew publication: Unveiling the dominant role of
#soilpH in shaping
#nitrogen cycling
#microbial #gene abundances: Insights from 65-years of chemical
#fertilizer selection in an acidic
#grassland #meadow.
https://doi.org/10.1016/j.agee.2026.110301In biology/geology "#marinesnow" refers to the #organicdebris of organisms from higher #waterlevels. The #carboncycle thus transfers #CO2 to the #seabed, thus binding the #greenhousegas.
B. Borer et al. (2026) found that #microbial components of this "snow" induce #calciumcarbonate #dissolution in higher waters, reducing their #settlingvelocity and requiring consideration in future #climatemodels.
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#Newswire: Melt&Marble, the Swedish biotech company specializing in microbial fermentation-derived fats, has achieved self-affirmed GRAS (Generally Recognised as Safe) status for its MeltyMarble fat ingredient, clearing a path for commercialization in the United States.
#microbial #fat #fermentation #meat #dairy #ingredients #biotech #foodtech #regulatory #marketaccess #confectionery #innovation #sustainability #startups #sweden #pressrelease
https://www.proteinreport.org/newswire/meltmarble-achieves-self-gras-paving-the-way-for-us-sales

Sweden's Melt&Marble Secures GRAS Status for Fermented Fat, Opening US Market
Swedish biotech Melt&Marble secures GRAS status for its microbial fermentation-derived fat MeltyMarble, enabling US market entry for food applications.