Microcystis aeruginosa exhibits a diel rhythm with daytime upregulation of anabolic pathways and nighttime activation of catabolic pathways, organizing metabolism into opposing modules.
Environmental microbiology
Wiley · Microbiology & Mycology · ISSN 1462-2912, 1462-2920
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Disruption of pilC, algR, and hk05390 genes impairs Mn(II) oxidation in Pseudomonas resinovorans MOB-513 by reducing biofilm formation and c-di-GMP levels.
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Soil microbiome variations, especially Fusarium equiseti abundance, significantly influence hatching induction of Heterodera carotae in carrot fields.
Horizontal gene transfer mechanisms, including conjugation, transduction, transformation, and vesicle-mediated processes, promote the evolution and persistence of antibiotic resistance genes in freshwater environments.
Cobalt corrosion by Pseudomonas chlororaphis subspecies aureofaciens is driven by complex abiotic and biotic interactions that influence cobalt solubility, with mutants solubilizing twice as much cobalt as wild type.
Bacterial POP degradation involves highly modular, evolutionarily dynamic networks with enzymatic promiscuity and complex microbial interactions.
Ehdazardia aedis infection does not alter the bacterial microbiota of adult female Aedes aegypti mosquitoes despite its detrimental effects on mosquito health.
RdmB activates DSF signal degradation enzymes by directly binding to their promoters, regulating DSF metabolism in Pseudomonas nitroreducens HS-18.
Faecal bacterioplankton in an urban stream network are governed by distinct ecological assembly processes, with dispersal limitation and external inoculum shaping their distribution.
Delftia sp. is identified as the only putative keystone taxon in both endophytic and epiphytic bacterial communities across multiple potato cultivars.
Oxford Nanopore Technology detects Wolbachia in wild Anopheles mosquitoes with 13 times more reads in species with confirmed symbiosis.
Three relay architectures by which quorum sensing influences microbial interactions are identified, with the framework applicable across diverse habitats and ecological contexts.
Season, but not fertilization, influences the absolute sizes of soil prokaryote and BALO communities in agricultural fields.
Repeated minor salinity pulses and recovery intervals influence microbial community responses, with disturbance history altering richness and stochasticity after a major salinity pulse.
Fungal colonization and elevated CO2 synergistically enhance bioweathering of fluoridated apatite, especially on the cross section, by increasing erosion and mineral alteration.
Gut microbiome of juvenile chum salmon encodes complete biosynthetic pathways for essential amino acids and B-vitamins absent in the host genome, with 1532 KEGG Orthology identifiers mapped.
Alginate and glycine betaine together double biofilm biomass in psychrophilic activated sludge systems at 8°C-16°C, outperforming single amendments.
Sawfish skin microbiome is host-associated, functionally distinct, and exhibits greater functional redundancy than surrounding water microbiomes, with 1.5 times faster gene accumulation per taxon.
An optimized DNA extraction protocol enables direct ITS2-based metabarcoding of fungal bioaerosols from adhesive samplers, revealing site-specific and seasonal fungal diversity.
Sorbitol supplementation shifts the C(14) to C(15) iturin W homologue ratio in Bacillus sp. wsm-1 by modulating metabolic pathways and gene expression.
Less than 2% of 315 environmental Pseudomonas isolates are amino acid auxotrophs, indicating they are predominantly prototrophs in pond and soil habitats.
Ammonia-oxidizing archaea (AOA) dominate late-successional glacier soils due to their broad metabolic capacities, increasing nitrification potential in retreating glacier forefields.
Clade I N2O reducers explain more variation in soil N2O reduction potential than Clade II in rice paddies after 20 years of fertilisation.
Microsporidia exhibit unexpectedly high diversity and host range in aquatic ecosystems, with recent studies revealing numerous previously unrecognized hosts and significant ecological variation.
Distinct early microbiomes form within the first week of development in three macroalgae species, with 16S rRNA sequencing revealing significant community shifts.
Tree mycorrhizal types and planting patterns distinctly shape phyllosphere and rhizosphere microbiomes, with fungal communities strongly influenced by mycorrhizal associations in a subtropical forest.
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.
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Topics moving, week to 23 Oct 2026
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