Top Tweets for #MLIFE
New in #mLife
How do protists respond to multiple chemical stressors in wastewater microbiomes?
Ding et al. show that protists remain highly resilient—and can even thrive—under combined exposure to ciprofloxacin, triclosan, and Cu²⁺.
🔗 https://t.co/ogWlOshOWv
New in #mLife: How do bacteria reverse toxin-imposed protein modifications?
A new work reveals that the Fic-1–AntF toxin–antitoxin complex from Pseudomonas bijieensis functions as a deAMPylase to regulate DNA gyrase activity. @WileyLifeSci @ZhaoQingLuo
🔗 https://t.co/LCdrXiRIDz
Exciting news! mLife’s 2025 JCR Impact Factor has reached 6.7, with a 5-year IF of 6.8, ranking Q1 in Microbiology (23/167). We thank our authors, reviewers, editors, and readers for their trust and support. Submit your next discovery to #mLife!!!
👉🏻https://t.co/oNMnhasQE2
A new #mLife review explores a hidden carbon frontier: where land meets the sea. It shows how microbes transform, release, or preserve organic carbon, and proposes a land–sea MCP framework linking marine, soil, and mineral carbon pumps.
Read more: https://t.co/7PJp5HGzP5
🦠Mycobacteria include major human and animal pathogens, environmental species, and key models for studying bacterial cell envelopes, drug resistance, host adaptation, and phage defense.
Six #mLife papers highlights recent advances in Mycobacteria research. ⬇️
🎉Exciting!
We (#mLife and @mbiojournal ) launch this joint award to recognize outstanding early-career researchers in microbiology. If you’re driving innovation in the field, apply or nominate by July 31 @ASMicrobiology :
🔗 https://t.co/RhHu2nNO9Q
🏅 #mBio & @journal_mlife jointly present the Emerging Leader in Microbiology Award, a new initiative designed to recognize & support early career researchers whose work is shaping the future of microbial science. 🖥️ Apply or nominate by July 31. https://t.co/C46C8OiKhE
Cutting-edge microbial techniques you should know— #mLife Collection I!
🔥From AI-driven protein design to single-cell analysis, genome editing, and environmental monitoring, these mLife papers are redefining how we study and engineer microbes.
11 highlights below ⬇️
Microbial Ecology in focus — #mLife Collection I
From single-cell heterogeneity to global biogeography, and from uncultured microbes to ecosystem functioning, these studies reveal how microbial communities are structured, function, and evolve.
⬇️10 papers in the Collection
New method for 🍄fungal systems by in #mLife!
fCUT&Tag-Seq enables high-resolution chromatin profiling in fungi with low input and high sensitivity, opening new possibilities to study histone modifications and gene regulation in diverse fungal systems.
🔗 https://t.co/VDDF7DBWri
🔥 Archaea are rewriting microbiology.
From the origin of eukaryotes to life in extreme environments—these #mLife publications reveal how archaea shape evolution, ecology, and biotechnology.
🧵Explore 10 key papers below ⬇️
New in #mLife!
Berberrubine is a potent inhibitor against Helicobacter pylori. It suppresses bacterial growth by inducing oxidative stress and disrupting membrane integrity, revealing a promising lead for new anti-H. pylori therapies.
🔗https://t.co/RRKaODrLl7
New in #mLife! How do deep-subsurface microbes cope with extreme pressure?
In the iron-reducing bacterium Orenia metallireducens, pressure-dependent physiological and metabolic adaptations sustain iron reduction across a wide hydrostatic pressure range.
🔗https://t.co/Nb28shMzyc
📢 Most-read #mLife @WileyLifeSci papers of 2024–2025!
From food safety & microbiomes to environmental ecology, pathogen genomics, enzyme engineering, and synthetic biology—these highly viewed papers highlight exciting advances across microbiology.
🧵Top 15 highlights below ⬇️
A #mLife review summarizes how the intracellular pathogen Coxiella burnetii uses its Dot/Icm type IVB secretion system to deliver effector proteins that manipulate host cell pathways, enabling formation of a replicative vacuole and chronic infection.
🔗 https://t.co/9DkfP7tonL
Dual glycosylation of wall teichoic acid (WTA) in serovar 4b Listeria monocytogenes reshapes the O-antigen pattern and significantly affects virulence. A #mLife work highlights how cell-wall sugar modifications tune bacterial pathogenicity.
🔗 https://t.co/tnIroPsBhs
🐎 Happy Chinese New Year!
Today, on the 6th day of Chinese New Year in the Year of the Horse (2026), we extend our heartfelt thanks to #mLife editors, authors, reviewers & readers worldwide.
May this year bring health, success & bold breakthroughs—full speed ahead!
New in #mLife!
Scientists engineered CASANOVA‑A5, a blue‑light controllable anti‑CRISPR tool based on AcrIIA5, to switch CRISPR‑Cas9 editing on/off in a light‑dependent manner — and it works across multiple Cas9 orthologs! @WileyLifeSci
🔗 https://t.co/sV8YJXC9iq
New #mLife study reveals how salinization alters the biodiversity-ecosystem functioning (BEF) relationship: low salinity has little effect, but high salinity weakens BEF relationships, with sharp drops in yield at low richness under hypersaline stress.
🔗 https://t.co/wwHxc9fDZS
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