Selective Antimicrobial Activity of Slightly Acidic Electrolyzed Water: Differential Effects on Harmful and Beneficial Bacteria in Microbial Fermentation Systems [0.03%]
弱酸性电解水的选择性抗菌活性：对微生物发酵系统中有害菌和有益菌的不同影响
Shan Bing,Yao Zang,Haojie Zhu et al.
Shan Bing et al.
Microbial contamination in fermentation systems poses significant risks to safety and efficiency, as harmful microbes can proliferate while conventional disinfectants often indiscriminately harm beneficial lactic acid bacteria (LAB). This s...
Predator-Microbe Dynamics Inform Strategies for Robust Synthetic Community Assembly [0.03%]
“天敌-微生物动态为稳健合成群落构建策略提供信息”
Eleonora Egidi,Uffe N Nielsen
Eleonora Egidi
Synthetic microbial communities (SynComs) hold great promise for enhancing plant health and productivity, yet their field performance is often inconsistent due to challenges in establishing stable populations within complex rhizosphere envi...
Forces Shaping Diversity of Hydrogen Peroxide Detoxification Potential in Ocean Microbial Ecosystems [0.03%]
海洋微生物生态系统中过氧化氢解毒潜能多样性的驱动因素
Hannah Goldberg,Sonya T Dyhrman,Michelle A DeMers et al.
Hannah Goldberg et al.
Microbial communities have evolved interactions to support growth and essential ecosystem functions. For example, marine cyanobacteria like Prochlorococcus lack the catalase genes (katE, katG and manganese catalase) required for detoxifying...
William R Shoemaker
William R Shoemaker
The construction of a predictive theory of the dynamics and structure of microbial communities requires the identification of repeatable, robust empirical patterns. The investigation of such patterns in ecology has historically been the dom...
Long-Term Effects of Straw-Biochar Application and Fertilization Gradients on Black Soil Carbon Sequestration via Prokaryote-Fungus-Protist Interactions and Metagenomic-Metabolite Linkages [0.03%]
稻草生物炭施用和梯度施肥通过原核生物-真菌-纤毛虫互作及宏基因组-代谢物关联对暗棕壤固碳的长期效应
Yuying Jiang,Jiayi Zhao,Zhenhua Chen et al.
Yuying Jiang et al.
Here, we conducted a seven-year field experiment in black soils of Northeast China to evaluate the effects of carbon (C) management, that is, control, straw return (SD), straw-biochar (BC), and a combined amendment (SDBC), with three fertil...
Ecological Context Shapes Resistance Selection Under Antibiotic Pollution [0.03%]
抗生素污染下的抗性选择受生态因素的影响
Paulo Durão,Luís Leónidas Cardoso,Lígia O Martins
Paulo Durão
Anthropogenic activities such as pharmaceutical manufacturing, antibiotic use, and waste disposal have increased environmental antibiotic contamination, exposing natural microbial communities to concentrations ranging from sub-inhibitory to...
Interplay of Diet, Heat Stress, and the Microbiome Shapes Health and Escape Behaviour in Amphibian Larvae [0.03%]
diet、高温和微生物组在塑造两栖动物幼体健康和逃避行为中的互作关系
Paula C Eterovick,Julian Glos,Franziska Burkart et al.
Paula C Eterovick et al.
Diet influences animal health and their microbiomes, potentially affecting how they cope with environmental stressors such as rising temperatures and altered food quality associated with climate change. Using a multifactorial experiment, la...
Congo River Bacterioplankton Genomic Diversity Reflects Water Travel Time, Wetland Habitats, and Greenhouse Gases [0.03%]
刚果河水体细菌基因组多样性反映了水流时间、湿地环境和温室气体的影响
Ted Bambakidis,Shaoda Liu,Alexandra M Wettengel et al.
Ted Bambakidis et al.
Tropical rivers are major contributors to global carbon cycling, yet the microbial communities driving these transformations remain largely uncharacterized. We investigated bacterioplankton communities along the northwest Congo watershed us...
A Seasonal Record of Bacterial Communities in Micritized Carbonate Sediments of the Eastern Red Sea [0.03%]
红海东部微晶碳酸盐沉积物中细菌群落的季节记录
Charlène Odobel,Elisa Garuglieri,Thomas Teillet et al.
Charlène Odobel et al.
Micritization alters carbonate grain textures through repeated dissolution-reprecipitation cycles. Although microbial activity influences micritization in shallow marine carbonates, few studies integrate sedimentological and microbial analy...
Multi-Omic Assessment of Microbial Communities and Their Polyketide Biosynthetic Potential Across Abyssal Sediments [0.03%]
全深渊沉积物的微生物群落及其多烯生物合成潜能的多组学评估
Hans W Singh,Johanna Gutleben,Alexander Bogdanov et al.
Hans W Singh et al.
Microbially-derived polyketides include some of today's most valuable medicines, yet their discovery has focused on a narrow subset of Earth's microbial biodiversity. Although understudied biomes such as marine sediments have been targeted,...