Top Tweets for #MBio
The growing prevalence of synthetic organofluorines in agrochemicals & food packaging has led to increasing gut exposure. Host-associated laccases depleted several fluorinated compounds, suggesting that such reactions could also occur within the gut. #mBio https://t.co/rUbSJ2HXx3
Why aren't archaea pathogenic? Research in #mBio suggests that archaea living within eukaryotic, multicellular hosts lack the ability to use organic compounds as sources of energy, electrons & carbon—a a metabolic capability correlated with pathogenicity. https://t.co/NFMNB6UK0x
Prions replicate by templating the misfolding of native proteins, though direct evidence identifying the precise sites of replication has remained limited. This #mBio study addresses this gap by developing a new class of rationally designed protein tools: https://t.co/zry9HxlYTZ
Dentists account for roughly 10% of global antibiotic prescriptions & maintain a substantial patient contact footprint. As a result, dentistry is strategically positioned in the global response to the antimicrobial resistance crisis. Learn more in #mBio: https://t.co/rpP9vGUMEx
Many medications not prescribed to treat infections have potent antimicrobial activity. Using E. coli, researchers identified 5 nonantibiotics that repeatedly selected for resistance to multiple antibiotics through a shared mechanism of action. #mBio: https://t.co/zp1H6XzP64
The TCA cycle intermediate itaconate hinders lung clearance of the fungus Aspergillus fumigatus via regulating multiple immune mechanisms. This study in #mBio uncovers a new mechanism of immune regulation during fungal pneumonia. Read the article: https://t.co/IpIFjRMrWG
The transcription factor Ahr1 governs the expression of C. albicans factors that are recognized by the host and which drive the influx of neutrophils to the brain. This process is critical to the clearance of the fungus from the brain. Learn more in #mBio: https://t.co/lv6O3Ran6I
Researchers used molecular methods to report microbial community composition during a severe drought year at sites across the Great Salt Lake, pointing to physical water flow dynamics as a key driver of community shifts. #mBio: https://t.co/ulZEEw4eq8
The inability of industrial microbes to co-utilize glucose and xylose severely limits lignocellulosic biomass valorization in bioproduction. In #mBio, researchers engineered a strain of E. coli that is capable of using both sugars simultaneously. https://t.co/PkdAW26vx7
Biofilm formation is an integral part of Vibrio cholerae’s infection cycle. In #mBio, researchers define the sequential enzymatic steps of exopolysaccharide Vibrio polysaccharide (VPS), a key step in biofilm formation. Read the article: https://t.co/8agHE98TPd
#MicrobiologyMonday: The fungus Arthrobotrys flagrans builds tiny sticky traps to capture nematodes, and researchers found that reactive oxygen species help coordinate both trap construction and prey capture. Learn more in #mBio: https://t.co/qGuWJliapB
Do tick-borne pathogens exploit arthropod antioxidant defenses? In #mBio, researchers discuss how oxidative stress-mitigating mechanisms in arthropods may protect ticks but also inadvertently support pathogen persistence. https://t.co/wbJzjkZvAT
In a zebrafish model, C. albicans rapidly downregulates neutrophil reactive nitrogen species (RNS) below basal levels during the first day post-infection, a time at which neutrophil RNS is upregulated as an important host-defense mechanism. #mBio: https://t.co/zKEUNRfvK0
📢 Don’t miss your chance! The #mBio-@journal_mlife Emerging Leader in Microbiology Award nomination and application deadline is approaching. 🗓️ Apply or nominate an outstanding early career researcher by July 31: https://t.co/3qND3VWGwT
Manganese transporters confer a critical fitness benefit to UPEC during UTI, allowing the bacterium to resist host attack. Targeting manganese uptake may lead to new strategies to combat difficult-to-treat UTIs. Learn more in #mBio: https://t.co/60S0OKBSoP
#MicrobiologyMonday: Many bacterial species contain specialized subcellular compartments that help organize and protect essential cellular functions. These structures may contribute to pathogen survival and virulence during infection. #mBio: https://t.co/j4Z8Ferxkt
In #mBio, researchers identify essential gene products in A. baumannii that support the fitness of efflux pump hyperexpressers during treatment with the fluoroquinolone antibiotic ciprofloxacin, most of which are involved in outer membrane biogenesis. https://t.co/uApPIzjdM0
#MicrobiologyMonday: Why did small mammals ultimately win the evolutionary race over most small dinosaurs? In #mBio, researchers posit that the avian-like respiratory system of dinosaurs predisposed them to fungal disease, contributing to their decline. https://t.co/ULODP2JPK0
This new #mBio study shows that antibiotic treatment, which depletes the bacterial microbiome in susceptible Anopheles mosquito strains, led to greater than 50% insecticide deltamethrin tolerance compared to untreated mosquitoes. Get the full story: https://t.co/8g9RYBsP48
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