#microbial — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #microbial, aggregated by home.social.
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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
©S.F.Wirth, AI assisted -
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.
Please support me
https://ko-fi.com/sfwirthRef
https://doi.org/10.1038/s41467-026-71548-z#Illustrations
©S.F.Wirth, AI assisted -
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.
Please support me
https://ko-fi.com/sfwirthRef
https://doi.org/10.1038/s41467-026-71548-z#Illustrations
©S.F.Wirth, AI assisted -
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.
Please support me
https://ko-fi.com/sfwirthRef
https://doi.org/10.1038/s41467-026-71548-z#Illustrations
©S.F.Wirth, AI assisted -
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.
Please support me
https://ko-fi.com/sfwirthRef
https://doi.org/10.1038/s41467-026-71548-z#Illustrations
©S.F.Wirth, AI assisted -
New publication: Interactions between polypropylene #microplastics and emerging contaminants increase #soilrespiration and alter #microbial #community structure.
https://doi.org/10.1016/j.apsoil.2026.106910 -
New publication: Interactions between polypropylene #microplastics and emerging contaminants increase #soilrespiration and alter #microbial #community structure.
https://doi.org/10.1016/j.apsoil.2026.106910 -
New publication: Interactions between polypropylene #microplastics and emerging contaminants increase #soilrespiration and alter #microbial #community structure.
https://doi.org/10.1016/j.apsoil.2026.106910 -
New publication: Interactions between polypropylene #microplastics and emerging contaminants increase #soilrespiration and alter #microbial #community structure.
https://doi.org/10.1016/j.apsoil.2026.106910 -
New 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 -
New 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 -
New 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 -
New 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 -
New 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.2026.110301 -
New 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.2026.110301 -
New 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.2026.110301 -
New 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.2026.110301 -
New 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.2026.110301 -
In 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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https://doi.org/10.1073/pnas.2510025123
Pics
©S.F.Wirth -
In 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.
©#StefanFWirthBuy me a coffee
https://ko-fi.com/sfwirth
Ref
https://doi.org/10.1073/pnas.2510025123
Pics
©S.F.Wirth -
In 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.
©#StefanFWirthBuy me a coffee
https://ko-fi.com/sfwirth
Ref
https://doi.org/10.1073/pnas.2510025123
Pics
©S.F.Wirth -
In 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.
©#StefanFWirthBuy me a coffee
https://ko-fi.com/sfwirth
Ref
https://doi.org/10.1073/pnas.2510025123
Pics
©S.F.Wirth -
In 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.
©#StefanFWirthBuy me a coffee
https://ko-fi.com/sfwirth
Ref
https://doi.org/10.1073/pnas.2510025123
Pics
©S.F.Wirth -
#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
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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
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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
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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
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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
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Nitrosopumilus maritimus is a highly adaptable species of #marine #archaea that accounts for approximately 30% of the marine #microbial #plankton population and plays a vital role in regulating the ocean's biological and chemical balance amid climate change.
#Microbiology #MarineBiology #Environmental #GlobalChangeBiology #OceanBiogeochemistry #ClimateChange #sflorg
https://www.sflorg.com/2026/03/mcb03092601.html -
Nitrosopumilus maritimus is a highly adaptable species of #marine #archaea that accounts for approximately 30% of the marine #microbial #plankton population and plays a vital role in regulating the ocean's biological and chemical balance amid climate change.
#Microbiology #MarineBiology #Environmental #GlobalChangeBiology #OceanBiogeochemistry #ClimateChange #sflorg
https://www.sflorg.com/2026/03/mcb03092601.html -
Nitrosopumilus maritimus is a highly adaptable species of #marine #archaea that accounts for approximately 30% of the marine #microbial #plankton population and plays a vital role in regulating the ocean's biological and chemical balance amid climate change.
#Microbiology #MarineBiology #Environmental #GlobalChangeBiology #OceanBiogeochemistry #ClimateChange #sflorg
https://www.sflorg.com/2026/03/mcb03092601.html -
Nitrosopumilus maritimus is a highly adaptable species of #marine #archaea that accounts for approximately 30% of the marine #microbial #plankton population and plays a vital role in regulating the ocean's biological and chemical balance amid climate change.
#Microbiology #MarineBiology #Environmental #GlobalChangeBiology #OceanBiogeochemistry #ClimateChange #sflorg
https://www.sflorg.com/2026/03/mcb03092601.html -
Nitrosopumilus maritimus is a highly adaptable species of #marine #archaea that accounts for approximately 30% of the marine #microbial #plankton population and plays a vital role in regulating the ocean's biological and chemical balance amid climate change.
#Microbiology #MarineBiology #Environmental #GlobalChangeBiology #OceanBiogeochemistry #ClimateChange #sflorg
https://www.sflorg.com/2026/03/mcb03092601.html -
#Microbial nutrients dictate the success or failure of #antibiotics in structured bacterial communities, creating an observable death front where metabolically active surface cells perish while nutrient-starved interior cells survive.
#Bioengineering #ChemicalEngineering #Biophysics #sflorg
https://www.sflorg.com/2026/02/beng02242602.html -
#Microbial nutrients dictate the success or failure of #antibiotics in structured bacterial communities, creating an observable death front where metabolically active surface cells perish while nutrient-starved interior cells survive.
#Bioengineering #ChemicalEngineering #Biophysics #sflorg
https://www.sflorg.com/2026/02/beng02242602.html -
#Microbial nutrients dictate the success or failure of #antibiotics in structured bacterial communities, creating an observable death front where metabolically active surface cells perish while nutrient-starved interior cells survive.
#Bioengineering #ChemicalEngineering #Biophysics #sflorg
https://www.sflorg.com/2026/02/beng02242602.html -
#Microbial nutrients dictate the success or failure of #antibiotics in structured bacterial communities, creating an observable death front where metabolically active surface cells perish while nutrient-starved interior cells survive.
#Bioengineering #ChemicalEngineering #Biophysics #sflorg
https://www.sflorg.com/2026/02/beng02242602.html -
#Microbial nutrients dictate the success or failure of #antibiotics in structured bacterial communities, creating an observable death front where metabolically active surface cells perish while nutrient-starved interior cells survive.
#Bioengineering #ChemicalEngineering #Biophysics #sflorg
https://www.sflorg.com/2026/02/beng02242602.html -
#Newswire: MicroHarvest, the German biotechnology company producing protein ingredients through biomass fermentation using regional agri-food side streams, today announced that it has selected Industriepark Leuna (Saxony-Anhalt) as the location for its future production plant.
#microbial #ingredients #protein #biotech #foodtech #innovation #sustainability #investing #germany #bioeconomy #SaxonyAnhalt #pressrelease
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#Newswire: MicroHarvest, the German biotechnology company producing protein ingredients through biomass fermentation using regional agri-food side streams, today announced that it has selected Industriepark Leuna (Saxony-Anhalt) as the location for its future production plant.
#microbial #ingredients #protein #biotech #foodtech #innovation #sustainability #investing #germany #bioeconomy #SaxonyAnhalt #pressrelease
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#Newswire: MicroHarvest, the German biotechnology company producing protein ingredients through biomass fermentation using regional agri-food side streams, today announced that it has selected Industriepark Leuna (Saxony-Anhalt) as the location for its future production plant.
#microbial #ingredients #protein #biotech #foodtech #innovation #sustainability #investing #germany #bioeconomy #SaxonyAnhalt #pressrelease
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#Newswire: MicroHarvest, the German biotechnology company producing protein ingredients through biomass fermentation using regional agri-food side streams, today announced that it has selected Industriepark Leuna (Saxony-Anhalt) as the location for its future production plant.
#microbial #ingredients #protein #biotech #foodtech #innovation #sustainability #investing #germany #bioeconomy #SaxonyAnhalt #pressrelease
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#Newswire: MicroHarvest, the German biotechnology company producing protein ingredients through biomass fermentation using regional agri-food side streams, today announced that it has selected Industriepark Leuna (Saxony-Anhalt) as the location for its future production plant.
#microbial #ingredients #protein #biotech #foodtech #innovation #sustainability #investing #germany #bioeconomy #SaxonyAnhalt #pressrelease
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"#Agricultural runoff provides perfect nutrients for #methanogen growth.
#Fertilizer and animal waste washing into ocean systems creates nutrient-rich zones where these methanogens thrive like never before. #Nitrogen and #phosphorus pollution from farmland creates ideal conditions for explosive #microbial growth in #coastal waters and #DeepOcean areas. These agricultural inputs essentially act as fertilizer for #methane-producing microbes, creating a connection between #IndustrialFarming and atmospheric #GreenhouseGas levels that scientists never fully appreciated.
"Coastal regions near major agricultural areas show the highest concentrations of these supercharged methanogens, with some areas recording methane production levels ten times higher than baseline measurements. The problem compounds itself because areas with intensive farming also tend to have the strongest ocean currents, meaning these fertilized methanogen populations get distributed globally. Every season’s #AgriculturalRunoff creates new opportunities for these microbes to establish thriving colonies in previously stable ocean environments."
#DeepSeaLife #AgriculturalRunoff #BigAg #OceansAreLife #OceanCurrents #OceanMethane
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"#Agricultural runoff provides perfect nutrients for #methanogen growth.
#Fertilizer and animal waste washing into ocean systems creates nutrient-rich zones where these methanogens thrive like never before. #Nitrogen and #phosphorus pollution from farmland creates ideal conditions for explosive #microbial growth in #coastal waters and #DeepOcean areas. These agricultural inputs essentially act as fertilizer for #methane-producing microbes, creating a connection between #IndustrialFarming and atmospheric #GreenhouseGas levels that scientists never fully appreciated.
"Coastal regions near major agricultural areas show the highest concentrations of these supercharged methanogens, with some areas recording methane production levels ten times higher than baseline measurements. The problem compounds itself because areas with intensive farming also tend to have the strongest ocean currents, meaning these fertilized methanogen populations get distributed globally. Every season’s #AgriculturalRunoff creates new opportunities for these microbes to establish thriving colonies in previously stable ocean environments."
#DeepSeaLife #AgriculturalRunoff #BigAg #OceansAreLife #OceanCurrents #OceanMethane
