In #EnvironmentalMicrobiome Stochastic seeding and environmental stressors as dual drivers of pioneer microbial colonization in newly formed basaltic lava tubes🦠 Read more👉 doi.org/q5nm #OpenAccess #Microbes

In #Microbiome 🚨Soil pH shapes symbiosis in the stink bug gut 🔍Investigating how soil properties influence the establishment of gut symbiosis in terrestrial insects 👉 doi.org/q6kt #OpenAccess

In #AnimalMicrobiome The uropygial gland of the European hoopoe as a symbiotic organ🦠 Read more👉 doi.org/q5nh #OpenAccess #Bacteria

In #Microbiome 🚨Microbiome analysis reveals colorectal cancer recurrence risk factors 🔍Performing a machine learning-driven integration of the tumor mucosal microbiome & metabolome in CRC patients to predict postoperative recurrence risk 👉 doi.org/q5np #OpenAccess #Cancer #Risk

📣 #Microbiome is calling for submissions to our Collection on Microbiome and Reproductive Health Submissions should emphasize functional and mechanistic insights into the host–microbiome relationship🦠 ▶️Find out more here: link.springer.com/collections/...

In #EnviromentalMicrobiome Multiple origins of the apple seed microbiome: disentangling sexual and asexual transmission pathways🦠 Read more👉 doi.org/q5nj #OpenAccess 🍎Explore 'The Apple Microbiome' collection here: link.springer.com/collections/...

In #Microbiome 🚨High soil phosphorous increases Fusarium wilt 🔍Providing new insights & potential strategies for sustainable disease management in agricultural systems with legacy phosphorus accumulation 👉 doi.org/hbzsrf #OpenAccess

In #AnimalMicrobiome Characterising the gut microbiome of six Australian marsupials reveals captivity constrains microbiome🦠 Read more👉 doi.org/q4rn #OpenAccess

In #Microbiome 🚨Introducing Pilea: A novel bacterial growth profiling approach for better ecological modeling 🦠Enabling large-scale analyses of bacterial growth dynamics across biomes 👉 doi.org/q4rk #OpenAccess #Bacteria

In #EnvironmentalMicrobiome Microbial allies against drought stress: an optimized screening method to improve seedling survival for forest restorations🦠 Read more👉 doi.org/qxb9 #OpenAccess

In #Microbiome 🦠A role for gut microbes in police dog performance 🔍Studying the gut microbiome in Kunming dogs at different ages to find microbes & gut compounds (metabolites) associated with improved police performance Read more👉 doi.org/q4rh #OpenAccess #Gut #Dog

In #AnimalMicrobiome Multi-omics characterization of blood metabolites and cervical microbiota associated with estrus in simmental cattle🦠 Read more👉 doi.org/q3dg #OpenAcess

In #Microbiome Microbiome Datahub: an open-access platform that systematically aggregates and re-annotates original MAGs from INSDC🦠 🚨A new tool for comprehensive metagenome-assembled genome datasets Read more👉 doi.org/hbv5k8 #OpenAccess

In #EnvironmentalMicrobiome Evidence for cable bacteria inhabiting deep in anoxic sediment reveals a novel ecological niche🦠 Read more👉 doi.org/q395 #OpenAccess #Microbiome #Bacteria

In #Microbiome 🪸Specific proteins and microbes in different color morphs in coral 🔍Using a multi-omics approach to explore how morph-specific traits contribute to coral resilience under environmental stress in warming oceans 👉 doi.org/q394 #OpenAccess #Corals #Environment

In #AnimalMicrobiome Harnessing the early-life gut microbiome for sustainable ruminant production🦠 Read more 👉 doi.org/q3dg

In #Microbiome 🚨New evidence for a gut-brain connection in Alzheimer's disease 🔍Profiling host genotype and gut microbiome in 252 Chinese individuals with varying degrees of congitive disability 👉 doi.org/q3c7 #OpenAccess #Alzheimers #GutMicrobiome

In #EnvironmentalMicrobiome Phenotypic resistance profiles and resistome variations between endophytic and epiphytic bacteria in apple fruits🍎 Read more 👉 doi.org/q3dr #OpenAccess #Fruit #Bacteria

In #Microbiome 🚨Scale reliant mixed effects models enhance microbiome data analysis 🦠Introducing Scale-Reliant Mixed-Effects Models (SR-MEM): a general framework for mixed-effects modeling of microbiome sequence count data. 👉 doi.org/q3c5 #OpenAccess

In #AnimalMicrobiome Lactobacillus plantarum (LPsca12) enhances growth phenotype and muscle nutrition in abalone (Haliotis discus hannai) by modulating microbial function and metabolism through the Amino Acid-Driven Gut-Muscle Axis🦠 Read more👉 doi.org/qz6x #OpenAccess

In #Microbiome 🚨Ethical models are needed to resolve the imbalances in microbiome research 🦠Outlining structural requirements needed to ensure the implementation of new frameworks & advance both scientific integrity & global health equity 👉 doi.org/qz52 #OpenAccess

In #EnvironmentalMicrobiome 🔍Exploring the eelgrass microbiome & disease dynamics under field and lab heat stress 🚨Advancing our understanding of how environmental change shapes disease ecology in seagrass ecosystems 👉 doi.org/qz6v #OpenAccess

In #Microbiome 🦠What do we know about the seed microbiome? 🚨Optimizing the composition of seed endophytes through microbiome engineering holds significant implications for sustainable agriculture Read more👉 doi.org/qz5z #OpenAccess

In #AnimalMicrobiome 🔍Decoding the dynamics of calves’ respiratory & gut microbiota: exploring stability, resistance & individual patterns 🚨The first month of life is a critical window for interventions targeting the fecal microbiota Read more➡️ doi.org/qm7t #OpenAccess #Microbiome #Microbiota

In #Microbiome 🚨Introducing RamEx: A powerful new tool for microbial Ramanome analyses 🦠Providing a toolkit for exploring microbial ecology, metabolic interactions & antibiotic susceptibility at the single-cell resolution 👉 doi.org/qzkd #OpenAccess

In #EnvironmentalMicrobiome Examining the microbial community dynamics across diel & seasonal scales in the coastal South China sea🦠 Viral communities maintained high similarity between seasons, indicating a persistent viral reservoir in this region 👉 doi.org/qzj8 #OpenAccess

In #Microbiome 🚨Uncommon bacteria may be a new source of treatments for drug-resistant infection 🔍Employing enrichment cultivation to access antimicrobial peptides encoded by low-abundance bacteria within a marine biofilm community 👉 doi.org/qzkc #OpenAccess

In #AnimalMicrobiome 🔍Investigating the effects of a high-grain diet & intramammary LPS challenge on the milk microbiome of dairy cows 🚨High-grain feeding reduced microbial abundance over 30 days 👉 doi.org/qtt7 #OpenAccess

In #EnvironmentalMicrobiome 🦠Developing microbe-based strategies for enhancing drought stress tolerance in spruce seedlings 🚨Caballeronia sp. Ke431 and Paraburkholderia sp. Ke296 showed positive effects on spruce growth under drought conditions 👉 doi.org/qxb9 #OpenAccess

In #Microbiome 🚨Introduction of forest soil changes household dust microbiomes 🦠Airborne dust near entrances had an increase in microbes associated with lower asthma risk Read more👉 doi.org/qxcb #OpenAccess

New paper out today in @microbiomej.bsky.social: “Environmental microbiota transfer from forest soil into urban homes: a proof-of-principle study.” We show that a simple soil-on-rug intervention can shift bacterial microbiota in house dust in urban homes. link.springer.com/article/10.1...

In #AnimalMicrobiome 🔍Investigating supplementation fucosidase in pig feed as a tool to reduce enteric methane production & improve growth performance in pigs 🚨In-feed fucosidase may lead to lower methane emission at later pig production stages 👉 doi.org/qwcs #OpenAccess

In #Microbiome 🚨A link between a plant gene, a xylem sap microbe and growth in cucumber 🥒Investigating the composition and functional significance of the cucumber xylem microbiome 👉 doi.org/qwcr #OpenAccess

In #EnvironmentalMicrobiome 🔍Investigating the structure & distribution of marine viral communities in subantarctic Chilean Patagonia fjords 🚨Temperature emerged as the strongest driver structuring viral communities 👉 doi.org/qwct #OpenAccess

In #Microbiome 🚨MHC-I effects on the gut microbiome of wild Seychelles warbler 🔍Using shotgun metagenomics to explore how variation in MHC genes shapes the taxonomy & function of the gut microbiome 👉 doi.org/qwcp #OpenAccess

In #AnimalMicrobiome 🔍Investigating how the leptin receptor gene affects gut microbiota composition & nutrient utilization in pigs🐷 🚨Underscoring the importance of feed intake as a microbiota-altering factor 👉 doi.org/qvdc #OpenAccess

In #Microbiome 🚨Introducing quantile thresholding (QuanT): a novel tool for comprehensive identification of unmeasured heterogeneity in microbiome data 🦠Valuable for data integration & comprehensive analysis in microbiome research 👉 doi.org/qvdk #OpenAccess

In #Microbiome 🚨Introducing quantile thresholding (QuanT): a novel tool for comprehensive identification of unmeasured heterogeneity in microbiome data 🦠Valuable for data integration & comprehensive analysis in microbiome research 👉 doi.org/qvdk #OpenAccess

In #EnvironmentalMicrobiome 🔍Exploring how the bark microbiome of bald cypress trees responds to hydrochemical dynamics 🚨Wet bark was more diverse & had higher relative abundances of bacteria linked to key ecosystem services 👉 doi.org/qvdg #OpenAccess #Bark #Bacteria #Ecosystem

I’m grateful to @microbiomej.bsky.social for publishing this work. Many thanks to the editors and reviewers for their thoughtful feedback.

In #Microbiome 🚨The path to sustainable crop growth is through the root microbes 🌾Comparing the root microbiomes of 17 wild rice species & one cultivated species across the genus Oryza, spanning nearly 15 million years of evolution 👉 doi.org/qvdh #OpenAccess #Rice #Microbes #Roots

In #AnimalMicrobiome 🔍Investigating the effects of a high-grain diet and intramammary LPS challenge on the milk microbiome or dairy cows🐄 🚨A roughage-rich diet promoted higher microbial abundance, whereas high-grain feeding reduced abundance 👉 doi.org/qtt7 #OpenAccess

In #Microbiome 🔍Investigating the association between the gut microbiota & temperament plasticity in Merino sheep 🦠The first large-scale multi-omics evidence linking the rumen microbiome to a dimension of emotional reactivity in livestock 👉 doi.org/qtvb #OpenAccess

In #EnvironmentalMicrobiome 🔍Investigating the performance & microbial dynamics of UASB reactor subjected to gradual temperature reduction from 35 to 20 °C 🚨Enhancing our understanding of temperature effects on anaerobic systems 👉 doi.org/qtt8 #OpenAccess

In #Microbiome 🔍Exploring the conserved and indispensable roles of intestinal T cells in teleost fish🐟 🚨Highlighting their dual function in pathogen defense and mucosal homeostasis 👉 doi.org/qtt9 #OpenAccess

In #AnimalMicrobiome 🚨Lawsonia intracellularis infection induces changes in microbial community function and composition associated with reduced pig growth and feed efficiency Read more👉 doi.org/qszr #OpenAccess #Microbes

In #Microbiome 🔍Exploring the spatial & temporal patterns in the species diversity of public transit aerobiomes🦠 🏙️Cities were the strongest driver of diversity & community structure, each exhibiting its own distinct microbial signature 👉 doi.org/qr6s #OpenAccess #Aerobiomes

In #EnvironmentalMicrobiome 🔍Exploring seasonal shifts, soil properties & microbial communities in Western Himalayan forests 🚨Revealing that the Western Himalayan ecosystem undergoes a fundamental seasonal reorganization 👉 doi.org/qszq #OpenAccess

In #Microbiome 🚨Revealing interactions between microbes, metabolites, and dietary compounds using genome-scale analysis 🦠Providing a foundation for the rational design of microbiome-based interventions for healthy benefits 👉 doi.org/qszp #OpenAccess #Microbes

In #AnimalMicrobiome 🔍Exploring the use of rumen-protected L-arginine (RP-Arg) in pregnant sheep under pastoral conditions 🚨RP-Arg elevates colostrum IGF-1 and lactoferrin levels, enriches ileal Bacteroidota & Prevotella, & supports early growth 👉 doi.org/qr6n #OpenAccess