#microbialengineering kết quả tìm kiếm
Engineering smarter microbes for precise, stable, and tunable production of valuable metabolites🌱⚙️💡 #SyntheticBiology #MicrobialEngineering #BiotechInnovation
Introducing SLICER: a breakthrough method for seamless gene deletions in Deinococcus radiodurans, expanding its synthetic biology potential. #MicrobialEngineering #SyntheticBiology Details: spj.science.org/doi/10.34133/b…
The minimized RP4 plasmid (pMATING) efficiently transfers genes across diverse microbial communities. #GeneTransfer #MicrobialEngineering Details:spj.science.org/doi/10.34133/2…
🌟 BIOT 2026 Session Chair Pranay Ladiwala chairing Microbial Engineering & Fermentation: Metabolic Engineering and Natural Products. 📅 Abstracts due 9/29 🔔 Submit: na2.hubs.ly/H014_fL0 #ACSBIOT #BIOT2026 #MicrobialEngineering #SyntheticBiology
Deinococcus radiodurans engineered via SLICER for seamless gene deletions advances synthetic biology and bioproduction. #SyntheticBiology #MicrobialEngineering #DeinococcusRadiodurans Details:spj.science.org/doi/10.34133/b…
👨🔬🧫 Dive into the dynamic world of #MicrobialEngineering for Antibiotic Production! At its core, this field tweaks microorganisms' genetic makeup to boost the synthesis of these critical medicines, tackling resistant strains head-on. 🧬💊 The approach? Sophisticated genetic…
🔬🦠 Exploring synthetic biology's frontier! Study shows chassis effect in bacteria affects genetic circuit performance, with physiology key to predictability. #SyntheticBiology #MicrobialEngineering 🧪✨ Details:spj.science.org/doi/10.34133/b…
Genetic circuit performance varies by host physiology, highlighting the chassis effect. Predictive power in broad-host-range synthetic biology is improving. #SyntheticBiology #MicrobialEngineering Details:spj.science.org/doi/10.34133/b…
Interesting talk from @manusbio on platform for engineering of natural products at #microbialengineering in Santa Fe, New Mexico #biotechnology #biotech
The Living Biofoundry, designed for automated, high throughput #syntheticbiology and #microbialengineering is now available!! Do you want to gain free access to the tool? Contact us and submit a proposal! biopacificmip.org
Engineered commensals for targeted nose-to-brain drug delivery #MicrobialEngineering cell.com/cell/fulltext/…
Microbial Cell Factories (MCFs) drive bioeconomy with diverse bioproducts. Comprehensive understanding & efficient tools key. Automation & AI integration vital for future custom MCFs. #Biomanufacturing #Bioeconomy #MicrobialEngineering Details:spj.science.org/doi/10.34133/b…
Introducing @CMerrickBio, developing microbial systems for production of natural high-value compounds & enzymes for industrial processes including precursors for antimalarial & anticancer drug #Bioprospecting #microbialengineering #syntheticbiology #WomenInSTEM
New research reveals a hidden microbiological key to fighting the pests and pathogens that bother honey bees, which could offer an effective, long-term, and potentially cheap solution to these bee stressors. ($) fcld.ly/ixe2vsv #SciMagPerspective #MicrobialEngineering
Identification of core bacteria genes may yield a build-up approach to #MicrobialEngineering. tinyurl.com/p5pgqtj
Study showcases how engineered cyanobacteria-yeast hybrids could pave the way for non-petroleum-based energy and synthetic biology breakthroughs. #BacteriaYeastHybrid #FutureOfEnergy #MicrobialEngineering loom.ly/C0G2flc
Learn how energy expert and professor in @uwmadcbe, @uwbact, @UWBiochem Ophelia Venturelli (@oventurelli2)'s research seeks to understand #MicrobialDynamics over space and time, in @madmicrobiome's Aug 6 webinar: microbiome.wisc.edu/august-6-3pm-o… #MicrobialEngineering
GLBRC scientists have flipped the metabolic switch in biofuel-producing bacterium Z. mobilis. They used #microbialengineering to shuttle more carbon down the path to making bioproducts. Read the science highlight: glbrc.org/research/highl…
🌟 BIOT 2026 Session Chair Pranay Ladiwala chairing Microbial Engineering & Fermentation: Metabolic Engineering and Natural Products. 📅 Abstracts due 9/29 🔔 Submit: na2.hubs.ly/H014_fL0 #ACSBIOT #BIOT2026 #MicrobialEngineering #SyntheticBiology
Engineering smarter microbes for precise, stable, and tunable production of valuable metabolites🌱⚙️💡 #SyntheticBiology #MicrobialEngineering #BiotechInnovation
🧪 Passionate about renewable chemistry? Join Dr. Küffner’s lab at @mpinat_mpg as a #PhDStudent and bioengineer a promiscuous methanogen hydrogenase for stereospecific synthesis of valuable organics. #biocon #MicrobialEngineering #PhDposition #Göttingen mpg.de/24999622/phd-s…
"Design of a Continuous GAA-Producing Probiotic as a Potential Mitigator of the Effects of Sleep Deprivation" #Creatine #GutMicrobiome #MicrobialEngineering #Sleep @Geneticdesigner pubs.acs.org/doi/full/10.10…
Engineered commensals for targeted nose-to-brain drug delivery #MicrobialEngineering cell.com/cell/fulltext/…
🌱Discover how microbial engineering is revolutionizing environmental remediation, sustainable manufacturing, & healthcare. From cleaning ecosystems to innovative therapies, the potential is immense! 🔗 ow.ly/boQu50TL0Hr #MicrobialEngineering #Sustainability #Innovation
Microbial Cell Factories (MCFs) drive bioeconomy with diverse bioproducts. Comprehensive understanding & efficient tools key. Automation & AI integration vital for future custom MCFs. #Biomanufacturing #Bioeconomy #MicrobialEngineering Details:spj.science.org/doi/10.34133/b…
Some bacteria can "breathe" rock! Geobacter sulfurreducens uses iron oxide (rust) instead of oxygen, a process that could be harnessed for bioenergy. 🦠⛏️ #RockBreathingBacteria #BioEnergy #MicrobialEngineering
Study showcases how engineered cyanobacteria-yeast hybrids could pave the way for non-petroleum-based energy and synthetic biology breakthroughs. #BacteriaYeastHybrid #FutureOfEnergy #MicrobialEngineering loom.ly/C0G2flc
SLICER enables seamless gene deletions in D. radiodurans, expanding synthetic biology potential. #GenomeEditing #MicrobialEngineering #SLICER Details:spj.science.org/doi/10.34133/b…
The minimized RP4 plasmid (pMATING) efficiently transfers genes across diverse microbial communities. #GeneTransfer #MicrobialEngineering Details:spj.science.org/doi/10.34133/2…
Deinococcus radiodurans engineered via SLICER for seamless gene deletions advances synthetic biology and bioproduction. #SyntheticBiology #MicrobialEngineering #DeinococcusRadiodurans Details:spj.science.org/doi/10.34133/b…
📊 Why GENTANGLE? Engineered bacteria often lose functions or transfer genes to native bacteria. GENTANGLE combats this by designing overlapping genes, boosting stability and function retention. #MicrobialEngineering #Genetics 🧵2/9
Genetic circuit performance varies by host physiology, highlighting the chassis effect. Predictive power in broad-host-range synthetic biology is improving. #SyntheticBiology #MicrobialEngineering Details:spj.science.org/doi/10.34133/b…
Microbial cell factories (MCFs) are crucial in biomanufacturing for synthesizing target compounds. #Biomanufacturing #MicrobialEngineering Details:spj.science.org/doi/10.34133/2…
🔬🦠 Exploring synthetic biology's frontier! Study shows chassis effect in bacteria affects genetic circuit performance, with physiology key to predictability. #SyntheticBiology #MicrobialEngineering 🧪✨ Details:spj.science.org/doi/10.34133/b…
Engineered probiotic overcomes pathogen defences using signal interference and antibiotic production to treat infection in mice #GutMicrobiome #MicrobialEngineering nature.com/articles/s4156…
nature.com
Engineered probiotic overcomes pathogen defences using signal interference and antibiotic product...
Nature Microbiology - Characterization of quorum sensing-regulated antibiotic production by Streptococcus salivarus and signal eavesdropping by Streptococcus pyogenes enables engineering of a...
There's still time to apply for this awesome #postdoc with myself, @CJcosign and @portyrob. Come explore the engineering of microbial consortia and push the boundaries of #MicrobialEngineering #SyntheticBiology. #ScienceCareers #STEMjobs jobs.csiro.au/job/Canberra%2…
Introducing SLICER: a breakthrough method for seamless gene deletions in Deinococcus radiodurans, expanding its synthetic biology potential. #MicrobialEngineering #SyntheticBiology Details: spj.science.org/doi/10.34133/b…
The minimized RP4 plasmid (pMATING) efficiently transfers genes across diverse microbial communities. #GeneTransfer #MicrobialEngineering Details:spj.science.org/doi/10.34133/2…
Engineering smarter microbes for precise, stable, and tunable production of valuable metabolites🌱⚙️💡 #SyntheticBiology #MicrobialEngineering #BiotechInnovation
Deinococcus radiodurans engineered via SLICER for seamless gene deletions advances synthetic biology and bioproduction. #SyntheticBiology #MicrobialEngineering #DeinococcusRadiodurans Details:spj.science.org/doi/10.34133/b…
🌟 BIOT 2026 Session Chair Pranay Ladiwala chairing Microbial Engineering & Fermentation: Metabolic Engineering and Natural Products. 📅 Abstracts due 9/29 🔔 Submit: na2.hubs.ly/H014_fL0 #ACSBIOT #BIOT2026 #MicrobialEngineering #SyntheticBiology
New research reveals a hidden microbiological key to fighting the pests and pathogens that bother honey bees, which could offer an effective, long-term, and potentially cheap solution to these bee stressors. ($) fcld.ly/ixe2vsv #SciMagPerspective #MicrobialEngineering
🔬🦠 Exploring synthetic biology's frontier! Study shows chassis effect in bacteria affects genetic circuit performance, with physiology key to predictability. #SyntheticBiology #MicrobialEngineering 🧪✨ Details:spj.science.org/doi/10.34133/b…
The Living Biofoundry, designed for automated, high throughput #syntheticbiology and #microbialengineering is now available!! Do you want to gain free access to the tool? Contact us and submit a proposal! biopacificmip.org
Microbial Cell Factories (MCFs) drive bioeconomy with diverse bioproducts. Comprehensive understanding & efficient tools key. Automation & AI integration vital for future custom MCFs. #Biomanufacturing #Bioeconomy #MicrobialEngineering Details:spj.science.org/doi/10.34133/b…
Genetic circuit performance varies by host physiology, highlighting the chassis effect. Predictive power in broad-host-range synthetic biology is improving. #SyntheticBiology #MicrobialEngineering Details:spj.science.org/doi/10.34133/b…
Interesting talk from @manusbio on platform for engineering of natural products at #microbialengineering in Santa Fe, New Mexico #biotechnology #biotech
Engineered commensals for targeted nose-to-brain drug delivery #MicrobialEngineering cell.com/cell/fulltext/…
Learn how energy expert and professor in @uwmadcbe, @uwbact, @UWBiochem Ophelia Venturelli (@oventurelli2)'s research seeks to understand #MicrobialDynamics over space and time, in @madmicrobiome's Aug 6 webinar: microbiome.wisc.edu/august-6-3pm-o… #MicrobialEngineering
Study showcases how engineered cyanobacteria-yeast hybrids could pave the way for non-petroleum-based energy and synthetic biology breakthroughs. #BacteriaYeastHybrid #FutureOfEnergy #MicrobialEngineering loom.ly/C0G2flc
#PhDposition at LBE @INRAE_France open to competitive exam of GAIA doctoral school. #processengineering #microbialengineering Deadline : May 3rd www6.montpellier.inrae.fr/narbonne_eng/J…
Submissions are open for this Research Topic in Industrial Microbiology, led by Dr. Cheng. Join us as we (bio)refine research on microbial bioproducts 🧪 Read more ⬇️ fro.ntiers.in/RNtU #Biocatalyst #Bioproduct #MicrobialEngineering
👨🔬🧫 Dive into the dynamic world of #MicrobialEngineering for Antibiotic Production! At its core, this field tweaks microorganisms' genetic makeup to boost the synthesis of these critical medicines, tackling resistant strains head-on. 🧬💊 The approach? Sophisticated genetic…
Introducing @CMerrickBio, developing microbial systems for production of natural high-value compounds & enzymes for industrial processes including precursors for antimalarial & anticancer drug #Bioprospecting #microbialengineering #syntheticbiology #WomenInSTEM
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