Waste colonies yield #bacterium with 3 #enzymes that may break down #polyester.
https://phys.org/news/2023-08-colonies-yield-bacterium-enzymes-polyester.html
#bacterium #enzymes #polyester #bioremediation
If you're on Netflix, really enjoyed this documentary on fungi last night. @PaulStamets, among many other experts, explores the west's recent advances in understanding mushrooms and myecilial networks with so many applications to modern environmental issues.
It begs further exploration of #bioremediation #EcologicalEconomics as well as cultural trauma healing.
https://www.netflix.com/us/title/81183477?s=a&trkid=13747225&trg=more&vlang=en&clip=81638400
#bioremediation #ecologicaleconomics
Bioremediation is a green technology that uses living organisms to clean up pollution. Bioremediation can employ fungi, algae, bacteria, and plants to degrade or transform harmful substances, such as oil spills, heavy metals, and radioactive waste. Bioremediation can also produce useful products, such as biofuels, fertilizers, and bioplastics.
#Bioremediation #Pollution #GreenTech https://www.thecooldown.com/green-tech/bioremediation-pollution-fungi-algae-energy/?utm_source=flipboard&utm_content=HariTulsidas%2Fmagazine%2FArchetypes
#bioremediation #pollution #greentech
While we are still trying to find ways to clean up problems like oil spills in the ocean, microorganisms in the seas have their own insights to impart.
Oil rich soil from the Guaymas Basin has provided German scientists understanding of a mechanism by which archaea in the Alkanophaga break down alkane molecules and thus degrade petroleum through oxidation.
#Remediation #Bioremediation #Oil #Petroleum #Archaea #Alkanophaga #Science #Biology #Scicomm
#remediation #bioremediation #oil #petroleum #archaea #alkanophaga #Science #biology #scicomm
There's a lot of plastic. Both on land and in the oceans.
Finding ways to break down that plastic, particularly via bioremediation, is an important field of study.
Chinese researchers have been investigating the coastal salt marshes in Jiangsu and have found dozens of bacterial and fungal species deemed a "plastisphere microbiome" capable of plastic breakdown.
#Plastic #Plastisphere #Microbiome #Science #Biology #Bioremediation #Scicomm
https://www.sciencedirect.com/science/article/abs/pii/S0304389423006829?via%3Dihub
#plastic #plastisphere #microbiome #Science #biology #bioremediation #scicomm
Asbestos has long been the retroactive bane of building constructors and environmental engineers alike, due to contamination and spread.
Now, University of Pennsylvania scientists have found that extremophiles such as D. palaeochoriense are able to break down the iron in asbestos through anaerobic respiration and reduce its toxicity massively.
#Asbestos #Environment #Toxicity #Contamination #Bioremediation #Science #Biology #Extremophiles #Microbiology #Scicomm
#asbestos #environment #toxicity #contamination #bioremediation #Science #biology #extremophiles #microbiology #scicomm
Researchers cultivate #archaea that break down crude #oil in novel ways.
#bioremediation #methyl_coenzyme_M_reductase #metabolomics
https://phys.org/news/2023-06-cultivate-archaea-crude-oil-ways.html
#archaea #oil #bioremediation #methyl_coenzyme_m_reductase #metabolomics
Bioremediation of contaminated waterways, particularly those flush with heavy metals and radioactive materials, is an expensive and time-consuming process.
One potential avenue is the use of magnetotactic bacteria that can accumulate such materials and be themselves removed via magnets.
Now, scientists have analyzed and shown the ability of M. magneticum to bind uranium via their cell walls.
#Bioremediation #Microbiology #Bacteria #Magnetotactic #Science #Scicomm
https://www.sciencedirect.com/science/article/abs/pii/S0304389422011694?via%3Dihub
#bioremediation #microbiology #bacteria #magnetotactic #Science #scicomm
Two species of #bacteria, Desulfovibrio aminophilus and Sporomusa sphaeroides, have been discovered to have the ability to digest some polyfluoroalkyl substances (#PFAS), specifically chlorinated PFAS.
https://e360.yale.edu/digest/bacteria-break-down-pfas-forever-chemicals
The article references this resesarch paper: https://www.nature.com/articles/s44221-023-00077-6
#pollution #remediation #EnvironmentalRemediation #environment #ForeverChemicals #contamination #bioremediation #groundwater #SoilScience #biodegradation
#biodegradation #soilscience #groundwater #bioremediation #contamination #ForeverChemicals #environment #EnvironmentalRemediation #remediation #pollution #pfas #bacteria
Biological cleanup discovered for certain 'forever chemicals'
#bioremediation #bacteria #soil #microbiome #Desulfovibrio #Sporomusa '
https://phys.org/news/2023-05-biological-cleanup-chemicals.html
#bioremediation #bacteria #soil #microbiome #desulfovibrio #sporomusa
How a better understanding of #mercury transformation can make ecosystems safer.
#mercury #geobacter #thiol #bioremediation
#Fungi and #plants clean up California #pollution.
https://phys.org/news/2023-05-fungi-california-pollution.html
#fungi #plants #pollution #bioremediation #soil
#Plants remove #cancer-causing #toxins from air.
#bioremediation #indoor #airquality
https://phys.org/news/2023-05-cancer-causing-toxins-air.html
#plants #cancer #toxins #bioremediation #indoor #airquality
Using #microbial degradation to break down chlorinated #PFAS in #wastewater.
https://phys.org/news/2023-05-microbial-degradation-chlorinated-pfas-wastewater.html
#microbial #pfas #wastewater #bioremediation #Anaerobes
Using #microbes to get more out of #mining waste.
#microbes #mining #bioremediation #carboncapture
It‘s already been a month since the excellent #EiCLaR #H2020 project meeting happened in Lyon including in-depth poster discussions on #electro-#nano-#bioremediation technology studied in large-scale #experiments.
#remediation #throwbackthursday #research
#research #throwbackthursday #remediation #experiments #bioremediation #nano #electro #h2020 #eiclar
Subsurface #microbes capture toxic #uranium and remediate #groundwater.
https://phys.org/news/2023-04-subsurface-microbes-capture-toxic-uranium.html
#microbes #uranium #groundwater #bioremediation
#Metallophiles and their #bioremediation applications.
https://phys.org/news/2023-04-metallophiles-bioremediation-applications.html
#metallophiles #bioremediation #bacteria #biotechnology
#Fungi makes a meal of hard-to-#recycle #plastic.
#bioremediation #biotechnology #Aspergillus #Engyodontium
https://phys.org/news/2023-04-fungi-meal-hard-to-recycle-plastic.html
#fungi #recycle #plastic #bioremediation #biotechnology #aspergillus #engyodontium
Turning vegetable #oil industry waste into power: Electrode modification improves #wastewater treatment.
#microbes #fuel_cell #bioremediation #bioelectricity
https://phys.org/news/2023-03-vegetable-oil-industry-power-electrode.html
#oil #wastewater #microbes #fuel_cell #bioremediation #bioelectricity