Microbial Cell
@MicrobialCell
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Microbial Cell is an independent, open-access journal (Austria) for microbial and general cell biology and signaling. By scientists for scientists. 5-year IF 5.
Graz, Austria
Joined June 2020
New in: "The dual-site agonist for human M2 muscarinic receptors Iper-8-naphtalimide induces mitochondrial dysfunction in Saccharomyces cerevisiae" by Angela Cirigliano et al. Now online in PubMed and on our website: https://t.co/76wzIZAFHF
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New research article by Cruz-Bonilla et al.: "The core genetic drivers of chronological aging in yeast are universal regulators of longevity" https://t.co/Wti52XWXFs
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Happy to share our review article in @MicrobialCell. We summarize the current understandings of the molecular mechanisms of mitochondria dynamics in budding yeast and discuss the physiological roles of mitochondrial morphological changes. https://t.co/VtjcacX30E
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Alternative splicing drives a dynamic transcriptomic response during A. castellanii programmed cell death: G418-induced PCD in A. castellanii triggers extensive RNA-seq changes with spikes in pathways tied to cell cycle, proteolysis, and RNA splicing. https://t.co/MkGtYXUA95
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Read for free: https://t.co/8danGCUwot
#AnkylosingSpondylitis #Microbiome #Autoimmunity #GutJointAxis
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New in @MicrobialCell: comprehensive review on the gut-joint axis in ankylosing spondylitis. Dysbiosis, IL-23/17 pathway, HLA-B27 misfolding, leaky gut, microbial mimicry - potential targets for future microbiota-based therapies. Must-read for scientists and patients! Link below
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Disruption of sit1 alters germination, slows growth, reduces virulence, and triggers compensatory iron-uptake genes (FRE, FET4, FET3), revealing intertwined iron-acquisition pathways in mucormycosis. Important insights for antifungal strategies.
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"Role of the putative sit1 gene in normal germination of spores and virulence of the Mucor lusitanicus" by Vágó et al. explores how sit1, a siderophore transporter, is key for proper spore germination and full virulence in Mucor lusitanicus. Read more: https://t.co/T5RTXy2QCO
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The study links specific microbial genera - like Luteibacter & Chryseobacterium - to survival risk and introduces an IMTMEindex that more accurately predicts 1-, 3- & 5-year overall survival. Potential new tool for prognosis & guiding immunotherapy. (2/2)
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New in @MicrobialCell 🧬 Zhao et al. integrate tumor microenvironment (TME) and intratumoral microbiome data from 478 lung adenocarcinoma patients to build a TMEindex prognostic model. DOI: 10.15698/mic2025.08.855 (1/2)
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Caffeine could help slow down the aging process https://t.co/8lv55ABqGS via @TechExplorist
techexplorist.com
Caffeine doesn’t just wake up your brain—it also has surprising effects inside your cells. It can speed up how cells grow and divide, and even help them
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A recent Microbial Cell research article featured in @ScienceDaily: Scientists reveal your morning coffee flips an ancient longevity switch https://t.co/rBYmMtodfp
sciencedaily.com
Caffeine appears to do more than perk you up—it activates AMPK, a key cellular fuel sensor that helps cells cope with stress and energy shortages. This could explain why coffee is linked to better...
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☕️[German only] News coverage by @BILD about a new study in Microbial Cell: https://t.co/Ey2RxfcsEa Link to the article below 🔽
bild.de
Eine Tasse Kaffee bringt nicht nur das Gehirn, sondern auch die Zellen auf Trab, wie britische Forscher herausgefunden haben.
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☕️ News coverage of a new study in Microbial Cell: "What coffee does to your cells" https://t.co/XYmPn7QKhK Link to the article below ⬇️
newsweek.com
Move over, wrinkle creams—caffeine may hold the key to a longer life.
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New in from Susan Liebman's lab @unevadareno: "An adenine model of inborn metabolism errors alters TDP-43 aggregation and reduces its toxicity in yeast revealing insights into protein misfolding diseases"
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Now online: Fernanda Gomes Cardoso and Tiana Tasca discuss new insights in vaginal microbiota and vaginal cell interactions: Read their review now online --> https://t.co/wTIU32nQ4R
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! Review alert: "Influence of cervicovaginal microbiota on Chlamydia trachomatis infection dynamics" by Emily Hand et al.: https://t.co/12nWfl4nOt
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