Bacterial degradation of persistent organic pollutants involves highly modular, dynamic networks with enzymatic promiscuity, enabling efficient breakdown of recalcitrant contaminants.
Environmental microbiology
Wiley · Microbiology & Mycology · ISSN 1462-2912, 1462-2920
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Repeated minor salinity pulses and recovery intervals significantly influence microbial community responses, with divergence increasing over time and affecting stability and assembly processes.
Molecular pathways involving c-di-GMP regulators and biofilm components drive Mn(II) oxidation in Pseudomonas resinovorans MOB-513, with key genes identified.
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Oxford Nanopore Technology detects Wolbachia in wild Anopheles mosquitoes with high accuracy, revealing symbiosis in An. demeilloni and An. moucheti but not in An. gambiae.
RdmB activates DSF signal degradation in Pseudomonas nitroreducens HS-18 by directly regulating two key enzyme sets, enhancing quorum quenching capabilities.
A rapid NADH-coupled CheA ATPase assay identified key chemoeffectors and receptor specificities in Pseudomonas parafulva with 4 attractants and receptor binding insights.
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Gradual CO2 increase more than doubles nitrification potential and significantly boosts ammonia-oxidizing bacteria and complete ammonia oxidizers in paddy soils.
Iron oxide type determines microbial community diversity and composition, with magnetite fostering the highest richness and Pseudomonas_A dominance in anaerobic systems.
Beijerinckiaceae bacterium RH AL1 selectively enriches light lanthanides from diverse sources, regardless of mineral type or content, facilitating sustainable microbial resource use.
Disrupted microbiomes amplify temperature-induced respiration increases in Rowella lancifera sponges under simulated marine heatwaves.
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Heterotrophic bacteria produce distinct siderophores under low-iron conditions during phytoplankton growth in the Southern Ocean, with concentrations peaking when iron is scarce.
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Distinct early microbiomes form within the first week of development in three macroalgae species, with 16S rRNA sequencing revealing significant community shifts.
Prokaryotic diversity declines near hydrothermal sources in the Tagoro shallow hydrothermal system, yet novel taxa with biotechnological potential are widespread across habitats.
Plant distillates from Artemisia argyi, Cinnamomum cassia, and Mentha canadensis significantly suppress lampenflora in karst caves, with Cinnamomum cassia showing the strongest effect.
Urbanization causes a 50% increase in elderly frailty, inflammation, and cognitive decline by disrupting microbial diversity in environments and gut microbiomes.
Atmospheric transport acts as a selective ecological filter, shaping Antarctic microbial communities by favoring stress-tolerant organisms, with 53 studies revealing three main pathways.
Comparative genomics reveals conserved and strain-specific traits in rhizobacteria that suppress aphids on barley, with key functions identified across diverse strains.
Surface chemistry and temperature interact non-linearly to influence viral survival and growth, with copper at 37°C causing rapid inactivation of bacteriophages T4 and φX174.
Microbial communities at a uranium-contaminated aquifer site show potential for secondary uranium reduction via sulfide, with 4 of 11 sites capable of this process.
Tree mycorrhizal types and planting patterns distinctly shape phyllosphere and rhizosphere microbiomes, with fungal communities strongly influenced by mycorrhizal associations in a subtropical forest.
Long-term beta diversity of planktonic ciliates is higher in impacted floodplain systems, with 14-year data showing greater compositional turnover and ecological uniqueness.
The relationship between phytoplankton diversity and carbon biomass varies significantly depending on the assessment method, with a notable difference observed across three measurement techniques.
Fungal community structure and metabolic potential in Chinese coastal sediments vary seasonally, with metals like Cd, Cu, Co, Pb, and Sr significantly influencing their dynamics, especially in summer.
Comamonas testosteroni JL40 employs a two-step SeCys oxidation pathway that increases soil Se bioavailability by 150% and rice grain Se content by 87.5%.
Marine microbial diversity has declined by up to 24.29% over 12 years, especially in the North Pacific Ocean, highlighting significant ecological shifts.
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