Explore tweets tagged as #MicrobialCell
The future of natural ingredients won’t grow in fields, it will run on intelligence. ML6 is advancing #sustainable production along with deCYPher, a Horizon Europe project applying #ActiveLearning to accelerate #MicrobialCell Factory development.👇 https://t.co/x3NQYZUtEW
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Utilitzant un model de llevat, els investigadors van demostrar que l'efecte de la cafeïna sobre l'AMPK influeix en com les cèl·lules creixen, reparen el seu ADN i responen a l'estrès, tot això relacionat amb l'envelliment i la malaltia. Enllaç a l'estudi: https://t.co/O541lIovnw
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Check out our latest @MicrobialCell, where we explore the emerging field of molecular de-extinction. By tapping into ancient biology, we are uncovering new molecules that could help combat pressing global challenges like antibiotic resistance. With the power of AI, we can now
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https://t.co/6RY3gaypyw Great new paper by Stefano Mazzoleni's group on inhibitory effects of secreted self-DNA Congratulazioni👏👏👏
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Gurung2020: Microfluidic techniques for separation of bacterial cells via taxis https://t.co/wdokrhRb2F Berg1972: Chemotaxis in Escherichia coli analysed by Three-dimensional Tracking https://t.co/2qDznLrfw1
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#CafeesSalud Consumir café, ayuda a las células del cuerpo a funcionar mejor frente al estrés y al envejecimiento, lo que podría traducirse en beneficios para la salud y una vida más larga. https://t.co/65FQEPo3cN
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It takes four to tango: the cooperative adventure of scientific publishing https://t.co/xaYPt6e4We
@MicrobialCell
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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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☕️ Your morning coffee isn’t just a wake-up call — it might help you live longer too! Caffeine boosts DNA repair, reduces stress, and keeps cells in check. Basically, it’s your daily dose of liquid longevity. Drink up, immortals! 💪🧬 #coffee 🔗
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Caffeine can modulate cell cycle progression, override DNA damage checkpoint aka make you live longer
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The molecular mechanisms and physiological roles of mitochondria dynamics in Saccharomyces cerevisiae https://t.co/6ejUNGZmal
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The more t. gondii in an organ, the more mitochondria. Impact of the host on Toxoplasma stage differentiation ➡️ https://t.co/wUEJOyPZVj
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Happy to share that our paper 'Investigation of the acetic acid stress response in Saccharomyces cerevisiae with mutated H3 residues' got accepted in Microbial Cell! https://t.co/DhSRiGcDZm
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