In #AnimalMicrobiome 🚨Presenting the EGG database: a novel dataset of 2,362 equine fecal microbiomes from veterinary teaching hospitals across 3 countries 🦠A valuable resource to study to equine microbiome & its role in equine health Read more 👉 doi.org/qh8s #OpenAccess

In #Microbiome 🦠Metagenomic profiling of airborne microbial communities from aircraft filters & face masks 🚨Identifying both common human-associated bacteria & environmental species, highlighting the impact of human activity on microbial dispersal Read more 👉 doi.org/hbdgw2 #OpenAccess

In #EnvironmentalMicrobiome 🔍Peptide nucleic acid (PNA) clamps enhance root microbiome profiling in wheat and maize 🚨The most substantial increase in prokaryotic read abundance was observed at a PNA concentration of 1.0 µM Read more 👉 doi.org/qjcg #OpenAccess

In #Microbiome 🔍Characterizing the microbial communities in streams across North America based on genetic information 🚨Microbial activity can be influenced by factors like sediment composition & temperature 👉 doi.org/qh83 #OpenAccess

How does oral health affect gut inflammation? 🦠 A recent @microbiomej.bsky.social study shows that saliva from people with periodontitis can worsen colitis by altering gut #microbiota and activating immune cells. Find out more below 👇

In #AnimalMicrobiome 🚨Exploring the impact of early-life rearing conditions on the porcine gut microbiota & immune system 🦠Observing a potential shift towards inflammation & altered haematology associated with the microbiota Read more👉 doi.org/qh8q #OpenAccess

In #Microbiome 🚨Microbiota insights in endometriosis 📝Examining the profound immune dysregulation associated with endometriosis and exploring its potential bidirectional relationship with the microbiota Read more 👉 doi.org/qh82 #OpenAccess

In #EnvironmentalMicrobiome 🔍Examining the differences in silage quality between leguminous & gramineous plants 🚨Revealing the differences in terms of fermentation quality, bacterial diversity, functional profile & co-occurrence network 👉 doi.org/qjcf #OpenAccess

In #Microbiome 🔍Investigating the role and mechanisms of gut microbiota in salivary microbiota-affected colitis 🦠Gut microbiota was a key factor in PSM-exacerbated colitis, which was by activating macrophage to secrete CXCL3 👉 doi.org/qh8z #OpenAccess

In #AnimalMicrobiome Gut dysbiosis after successive administration of florfenicol-medicated feed alters intestinal inflammatory response and growth patterns in healthy Atlantic salmon (Salmo salar)🦠 Read more👉 doi.org/qf64 #OpenAccess #Microbiome #AtlanticSalmon #GrowthPatterns

In #Microbiome 🦠Host genes and keystone microbes linked to wilt tolerance in olive trees 🚨Presenting a novel framework combining co-occurrence network analyses and transcriptome-microbiota correlations Read more 👉 doi.org/qf63 #OpenAccess

In #EnvironmentalMicrobiome 🦠Using 16S rRNA and metagenomic sequencing technologies to examine the metabolic regimes of microbial communities during water regulation and non-regulation periods in river–lake systems Read more 👉 doi.org/qf65 #OpenAccess

In #Microbiome Investigating the functional composition of the microbiomes of Antarctic sponges, focusing on cold adaptation🦠 Highlighting the evolutionary importance of horizontal gene transfer in shaping microbial symbioses in extreme environments 👉 doi.org/qf62 #OpenAccess

In #AnimalMicrobiome Probiotic effect of B. subtilis PS-216 in broiler chickens: modulation of weight, feed conversion, short chain fatty acids, microbiota and meat quality🐔 Read more 👉 doi.org/qfj6 #OpenAccess #Microbiome #Microbiota #Probiotics

In #Microbiome 🔍Investigating whether corals near cold seeps associate with related bacteria 🚨The first documented association between chemoautotrophic symbionts and corals at seep Read more👉 doi.org/qfkb #OpenAccess

In #EnvironmentalMicrobiome 🔍Conducting a seasonal investigation in mangrove sediments of the Futian Natural Reserve 📢Highlighting that salinity is a key environmental factor mediating methane emissions in mangroves Read more👉 doi.org/qfj8 #OpenAccess

December 1st marks #WorldAIDSDay 2025. Across our Research Communities, we are sharing a selection of blogs from researchers around the world that explore the latest insights on HIV and AIDS. ➡️ Find out more here: spklr.io/63323BVkSv#WorldAIDSDay #WorldAIDSDay2025 #EndAIDS

In #Microbiome 🔍Conducting a comprehensive analysis of the gut microbiota in non-human mammals 🚨Animals living in harsh environments are promising sources for the discovery of novel biological functions of gut residing microbes Read more 👉 doi.org/qfj9 #OpenAccess

In #AnimalMicrobiome Microbiota-gut-brain axis in avian parenting: gut microbiome associates with nest-construction behavior and neural gene expression in a songbird🦠 Read more👉 doi.org/qd8p

In #Microbiome 🔍Using microbiome data as evidence in sexual assault cases 🦠Using a prediction model based on microbiome of 3043 women, intercourse was predicted with 71% accuracy in a balanced cross-validation machine learning setting Read more👉 doi.org/qfhz #OpenAccess

In #EnvironmentalMicrobiome 🦠Could air pressure be a key driver of plant-specific microbial response in the rhizosphere? 🚨Highlighting a critical yet often overlooked driver of plant–microbe dynamics during uphill range shifts Read more👉 doi.org/qd8q #OpenAccess

In #Microbiome 🚨The lung microbiome fights back against invading bacteria 🦠Identifying the metabolite of L. plantarum and L. murinus, extracellular polysaccharides, as the key immunomodulatory molecules Read more👉 doi.org/qd8s #OpenAccess

In #AnimalMicrobiome🐇 Coprophagy prevention interfered with intestinal barrier, lipid metabolism, & immune performance in rabbits via microbe-gut-liver axis Read more👉 doi.org/qc6r #OpenAccess

🚨Science meets fiction: the #microbiome and super powers This hypothetical blog from the BugBitten Archives speculates on the role our microbiota could have in enhancing our abilities📝 Read more: communities.springernature.com/posts/from-t...

In #Microbiome Corals and feather stars share nitrogen-cycling microbes🪸 🚨Using #genetic sequencing, researchers discovered a new #bacteria species that may be able to convert #nitrate into ammonia Read more 👉 doi.org/qdfk #OpenAccess

In #EnvironmentalMicrobiome 🔍Profiling microbiome composition across the #rhizospheric, #phyllospheric & #soil compartments of A. sinicus 🦠Highlighting the intricate interactions between plants, #microbes & their environment Read more👉 doi.org/qdf4 #OpenAccess

Here, we show that deep below, corals and feather stars don’t just share space – they share microbes. Endozoicomonadaceae + Nitrosopumilaceae inhabit both hosts in a “promiscuous” symbiosis that may fuel nitrogen cycling in the deep sea. doi.org/10.1186/s401... 🌊🪸🧪 #Bioinformatics 🧬💻 #SymbioSky

In #Microbiome 🚨Hydrogels are revolutionizing the way we study gut microbes Evaluating the advantages & limitations of hydrogel-based systems to support their use in microbiome research🦠 Read more👉 doi.org/qdfb #OpenAccess

In #Microbiome 🚨Introducing an "inside-out" framework to explore the functional & ecological parallels between plant rhizosphere and gut microbiomes 🦠Emphasising the potential for cross-disciplinary innovation Read more👉 doi.org/pzdz #OpenAccess

In #AnimalMicrobiome 🔍Examining the impact of the mosquito background & associated diversity of bacterial #microbiota within distinct hosts 🦟Highlighting that interactions between #mosquito, virus, & microbiota are variable & context dependent Read more👉 doi.org/qcpg #OpenAccess

In #Microbiome 🔍Identifying factors that promote #CandidatePhylaRadiation (CPR) survival & growth 🚨Overall CPR reached higher absolute abundances under oxic conditions than under anoxic conditions Read more👉 doi.org/qctf #OpenAccess

In #EnvironmentalMicrobiome 🔍Exploring the #taxonomy & #metabolism of the phylum Candidatus Cloacimonadota 🚨Clade A & Clade B showed distinct #genomic features, metabolic strategies and #evolutionary histories associated with their environment 👉 doi.org/qcsw #OpenAccess

Decoding the genetic drivers of marine bacterial blooms through comparative genomics #microbiology @microbiomej.bsky.social microbiomejournal.biomedcentral.com/articles/10....

Growth of candidate phyla radiation bacteria in groundwater incubations reveals widespread adaptations to oxic conditions #microbiology #bacteria #groundwater @microbiomej.bsky.social microbiomejournal.biomedcentral.com/articles/10....

In #Microbiome 🚨Introducing Metero2, a tool that leverages compact, environment-specific microbial gene catalogues to deliver comprehensive TFSP insights from metagenomic samples 👉Find out more: doi.org/qcsz

In #Microbiome 🔍Exploring the specific #microbial & host features that influence microbial succession at #weaning 🦠Highlighting the importance of host-derived glycans in shaping microbial communities during the weaning transition Read more👉 doi.org/qbzh #OpenAccess

#EnvironmentalMicrobiome 🔍Investigating the stability of #Spirochaetota symbionts in the octocoral Corallium rubrum under heat stress 📣Even under thermal stress, these bacterial symbionts persist, mirroring their constant presence in octocoral tissues Read more👉 doi.org/p9g9 #OpenAccess

In #Microbiome 🔍Exploring distinct #microbial communities associated with the ovaries & testes of a hermaphroditic eel 🚨The gonad microbial communities shared > 55% of their diversity with those in the gut & blood Read more👉 doi.org/qbzg #OpenAccess

In #AnimalMicrobiome 🔍A longitudinal cohort study exploring the gut #microbiota of #LabradorRetriever puppies 🚨Identifying associations with demographic, environmental & health-related factors Read more➡️ doi.org/qbdm #OpenAccess

In #Microbiome 🔍Developing strategies to modify donor microbiota to promote gastrointestinal development & maturation in germ-free mice 🚨Li05-modulated fecal microbiota significantly promoted epithelial development 👉 doi.org/qbdp #OpenAccess

In #EnvironmentalMicrobiome 🔍Investigating the viral communities of diverse #AquaticPlants 🚨Identifying a novel #Potyvirus that appears to be globally present in multiple ornamental plants from the genus Sagittaria Read more👉 doi.org/qbdn #OpenAccess

In #Microbiome 🚨Introducing concept of the #OneHealth Microbiome, discussing strain-sharing across & within domains🦠 📢Highlighting its impact on the spread of #AMR genes & overall microbiome diversity & resilience to #ClimateChange Read more👉 doi.org/qbc9 #OpenAccess

In #AnimalMicrobiome 🔍Exploring how seasonality, diet & phyllosphere-associated microorganisms affect red panda #gutmicrobiota 🚨Bamboo's crude protein & phosphorus content are pivotal in shaping the #phyllosphere & gut microbial communities 👉 doi.org/p863 #OpenAcess

In #Microbiome 🔍Distinguishing diet- and microbe-derived metabolites in the human gut 🚨Seven days after antibiotics, 98% of gut metabolites recovered to pre-antibiotic levels in the omnivore group Read more👉 doi.org/p9g2 #OpenAccess

In #EnvironmentalMicrobiome 🔍Investigating the functional changes in the microbiome of red coral C. rubrum under thermal stress🪸 🌡️Spirochaetota may play a critical role in coral thermotolerance across temperatures ranging from 12-24°C Read more👉 doi.org/p9g9 #OpenAccess

In #Microbiome 🚨Can Baltic Sea microbes naturally break down petroleum pollution? 🔍Using metagenomics, this research profiles the native microorganisms associated with hydrocarbon degradation in the Baltic Sea Read more➡️ doi.org/p9d7 #OpenAccess

In #AnimalMicrobiome 🚨Developing a new in vitro model of the healthy adult pig colon integrating both luminal & mucosal microenvironments 🦠Enabling early testing of innovative feed strategies to understand their effects on gut microbiota Read more👉 doi.org/p8nd #OpenAccess

In #Microbiome 🔍Exploring environmental influences on gill-associated microbiomes in the southern king crab holobiont🦀 💡Highlighting the significance of gill-associated microbiome plasticity in adapting to changing habitats 👉 doi.org/p8nc #OpenAcess

In #EnvironmentalMicrobiome 🚨Introducing a 3D sampling approach to examine spatial dynamics of microbial populations 🦠Offering a framework to examine microbial spatial heterogeneity, pathogen ecology & niche differentiation in natural environments Read more👉 doi.org/p8nf

In #Microbiome 🔍Comparing gut microbiomes of individuals with Parkinson's disease (PD), prodromal PD & healthy controls🦠 💡Highlighting the apparent disruption of microbial gene expression in PD, particularly in genes associated to mobility Read more👉 doi.org/p8nb