#plasmids — Public Fediverse posts

🧬 Plasmids are essential genetic tools 🔬, enabling gene cloning, recombinant DNA formation, and protein production in modern biotechnology 🧪.
#Plasmids #GeneCloning #RecombinantDNA #MolecularBiology #Biotechnology #GeneticEngineering #LifeScienceStudents #Bioinformatics #LabTechniques #BioResire

🧬 Plasmids are essential genetic tools 🔬, enabling gene cloning, recombinant DNA formation, and protein production in modern biotechnology 🧪.
#Plasmids #GeneCloning #RecombinantDNA #MolecularBiology #Biotechnology #GeneticEngineering #LifeScienceStudents #Bioinformatics #LabTechniques #BioResire

🧬 Plasmids are essential genetic tools 🔬, enabling gene cloning, recombinant DNA formation, and protein production in modern biotechnology 🧪.
#Plasmids #GeneCloning #RecombinantDNA #MolecularBiology #Biotechnology #GeneticEngineering #LifeScienceStudents #Bioinformatics #LabTechniques #BioResire

🧬 Plasmids are essential genetic tools 🔬, enabling gene cloning, recombinant DNA formation, and protein production in modern biotechnology 🧪.
#Plasmids #GeneCloning #RecombinantDNA #MolecularBiology #Biotechnology #GeneticEngineering #LifeScienceStudents #Bioinformatics #LabTechniques #BioResire

🧬 Plasmids are essential genetic tools 🔬, enabling gene cloning, recombinant DNA formation, and protein production in modern biotechnology 🧪.
#Plasmids #GeneCloning #RecombinantDNA #MolecularBiology #Biotechnology #GeneticEngineering #LifeScienceStudents #Bioinformatics #LabTechniques #BioResire

🧬 Plasmids are powerful genetic tools 🔬, enabling gene cloning, recombinant DNA formation, and protein production in modern biotechnology 🧪.

#Plasmids #GeneCloning #RecombinantDNA #Biotechnology #MolecularBiology #GeneticEngineering #LifeScienceStudents #Bioinformatics #LabTechniques #BioResire

🧬 Plasmids are powerful genetic tools 🔬, enabling gene cloning, recombinant DNA formation, and protein production in modern biotechnology 🧪.

#Plasmids #GeneCloning #RecombinantDNA #Biotechnology #MolecularBiology #GeneticEngineering #LifeScienceStudents #Bioinformatics #LabTechniques #BioResire

🧬 Plasmids are powerful genetic tools 🔬, enabling gene cloning, recombinant DNA formation, and protein production in modern biotechnology 🧪.

#Plasmids #GeneCloning #RecombinantDNA #Biotechnology #MolecularBiology #GeneticEngineering #LifeScienceStudents #Bioinformatics #LabTechniques #BioResire

🧬 Plasmids are powerful genetic tools 🔬, enabling gene cloning, recombinant DNA formation, and protein production in modern biotechnology 🧪.

#Plasmids #GeneCloning #RecombinantDNA #Biotechnology #MolecularBiology #GeneticEngineering #LifeScienceStudents #Bioinformatics #LabTechniques #BioResire

🧬 Plasmids are powerful genetic tools 🔬, enabling gene cloning, recombinant DNA formation, and protein production in modern biotechnology 🧪.

#Plasmids #GeneCloning #RecombinantDNA #Biotechnology #MolecularBiology #GeneticEngineering #LifeScienceStudents #Bioinformatics #LabTechniques #BioResire

#Bacterial #plasmids utilize two distinct survival strategies—stealth and manipulation—to drive a "stealth-first" mechanism where #antimicrobial resistance genes are initially acquired by stealthy plasmids before being rapidly disseminated by manipulative ones.
#Biology #MolecularBiology #Bioinformatics #SystemsBiology #sflorg
https://www.sflorg.com/2026/01/bio01272601.html

Giant extrachromosomal element “Inocle” potentially expands the adaptive capacity of the human oral microbiome.

#MobileGeneticElements #MGEs #ExtrachromosomalElements #Plasmids #Microbiome #EnvironmentalStress

https://www.nature.com/articles/s41467-025-62406-5

Giant extrachromosomal element “Inocle” potentially expands the adaptive capacity of the human oral microbiome.

#MobileGeneticElements #MGEs #ExtrachromosomalElements #Plasmids #Microbiome #EnvironmentalStress

https://www.nature.com/articles/s41467-025-62406-5

#Bacteria use weapons to outdo rivals, but what happens if they're transferred? @prokaryota &co show that HGT of toxin #plasmids is rare but recipients can thrive under relaxed nutrient competition, reshaping bacterial warfare @PLOSBiology https://plos.io/43vC3X7

Curiosity-driven experiment helps unravel #antibiotic-resistance mystery

#evolution #plasmids #RK2 #KorB #gene_silencing

https://phys.org/news/2025-01-curiosity-driven-unravel-antibiotic-resistance.html

Curiosity-driven experiment helps unravel #antibiotic-resistance mystery

#evolution #plasmids #RK2 #KorB #gene_silencing

https://phys.org/news/2025-01-curiosity-driven-unravel-antibiotic-resistance.html

Curiosity-driven experiment helps unravel #antibiotic-resistance mystery

#evolution #plasmids #RK2 #KorB #gene_silencing

https://phys.org/news/2025-01-curiosity-driven-unravel-antibiotic-resistance.html

Curiosity-driven experiment helps unravel #antibiotic-resistance mystery

#evolution #plasmids #RK2 #KorB #gene_silencing

https://phys.org/news/2025-01-curiosity-driven-unravel-antibiotic-resistance.html

Curiosity-driven experiment helps unravel #antibiotic-resistance mystery

#evolution #plasmids #RK2 #KorB #gene_silencing

https://phys.org/news/2025-01-curiosity-driven-unravel-antibiotic-resistance.html

Researchers develop tool to quickly and accurately identify mobile #genetic elements like #plasmids and #virus.

#MGE #NMDC_EDGE #geNomad

https://phys.org/news/2023-09-tool-quickly-accurately-mobile-genetic.html

Researchers develop tool to quickly and accurately identify mobile #genetic elements like #plasmids and #virus.

#MGE #NMDC_EDGE #geNomad

https://phys.org/news/2023-09-tool-quickly-accurately-mobile-genetic.html

Anyone know if it's common for two plasmids within the same K. pneumoniae strain to both encode rmpA (regulator of mucoid phenotype)? #Klebsiella #plasmids

Next up at #JGI2023:

Eduardo Rocha from Institut Pasteur:

Bacteria as playgrounds for Mobile Genetic Elements (MGE)

#MGE #plasmids #viruses #genomics
@LBNLBioSci

Next up at #JGI2023:

Eduardo Rocha from Institut Pasteur:

Bacteria as playgrounds for Mobile Genetic Elements (MGE)

#MGE #plasmids #viruses #genomics
@LBNLBioSci

Next up at #JGI2023:

Eduardo Rocha from Institut Pasteur:

Bacteria as playgrounds for Mobile Genetic Elements (MGE)

#MGE #plasmids #viruses #genomics
@LBNLBioSci

Next up at #JGI2023:

Eduardo Rocha from Institut Pasteur:

Bacteria as playgrounds for Mobile Genetic Elements (MGE)

#MGE #plasmids #viruses #genomics
@LBNLBioSci

Next up at #JGI2023:

Eduardo Rocha from Institut Pasteur:

Bacteria as playgrounds for Mobile Genetic Elements (MGE)

#MGE #plasmids #viruses #genomics
@LBNLBioSci

The MksG nuclease is the executing part of the bacterial plasmid defense system MksBEFG

https://academic.oup.com/nar/advance-article/doi/10.1093/nar/gkad130/7070963?login=false

#plasmids #microbiology

The genetic and ecological landscape of plasmids in the human gut

https://www.biorxiv.org/content/10.1101/2020.11.01.361691v4?ct=

#bacteria #plasmids #microbiome

This ought to make for an interesting read: ' #prophages and #plasmids display opposite trends in the types of accessory genes they carry ' - I thought standing theory was viruses / #phages came from plasmids (someone please correct me if I'm wrong!). So could we track for a possible point of divergence somewhere? #microbiology #evolution

https://www.biorxiv.org/content/10.1101/2022.07.21.500938v3

For Nanopore Community Meeting #ncm2022 - my onsite poster number is #7, and online number is #16. I'll be around the poster from 4 to 5:15 or so, please do stop by and provide some feedback! Especially interested in feedback for #Deinococcus #phages #plasmids #phylogeny

Interesting observation on #marinebacteria #phage #plasmids - apparently found during an experimental evolution displaying reliable crashes after some generations. https://www.biorxiv.org/content/10.1101/2022.11.02.514943v1

Today, we decided to reduce a little bit our energy expenses by throwing away the equivalent of a small -20°C freezer of old #plasmids and #oligonucleotides and by better organizing the space for the rabbit sera against pre-ribosomal factors obtained 20 years ago and still useful.

A difficult decision for aborted projects, such as the one in which we studied #Vms1, a #ribosome-associated tRNA cleavage protein, discovered through its genetic interactions with the Ski complex.😮‍💨

#science

#Introduction

I’m a Post-doc at the University of Oxford, working on the evolution of bacterial genomes and pangenomes. I’m interested in bacterial cooperation and ecology, and how these might interact with horizontal gene transfer.

I’m on the train to Manchester for the #MicroEvo22 meeting, where I’ll be presenting a poster (no. 17). Looking forward to seeing lots of you there!

#Bacteria #SocialEvolution #Plasmids #HorizontalGeneTransfer #Pangenomes #ComparativeGenomics

#Introduction

I’m a Post-doc at the University of Oxford, working on the evolution of bacterial genomes and pangenomes. I’m interested in bacterial cooperation and ecology, and how these might interact with horizontal gene transfer.

I’m on the train to Manchester for the #MicroEvo22 meeting, where I’ll be presenting a poster (no. 17). Looking forward to seeing lots of you there!

#Bacteria #SocialEvolution #Plasmids #HorizontalGeneTransfer #Pangenomes #ComparativeGenomics

#Introduction

I’m a Post-doc at the University of Oxford, working on the evolution of bacterial genomes and pangenomes. I’m interested in bacterial cooperation and ecology, and how these might interact with horizontal gene transfer.

I’m on the train to Manchester for the #MicroEvo22 meeting, where I’ll be presenting a poster (no. 17). Looking forward to seeing lots of you there!

#Bacteria #SocialEvolution #Plasmids #HorizontalGeneTransfer #Pangenomes #ComparativeGenomics

#Introduction

I’m a Post-doc at the University of Oxford, working on the evolution of bacterial genomes and pangenomes. I’m interested in bacterial cooperation and ecology, and how these might interact with horizontal gene transfer.

I’m on the train to Manchester for the #MicroEvo22 meeting, where I’ll be presenting a poster (no. 17). Looking forward to seeing lots of you there!

#Bacteria #SocialEvolution #Plasmids #HorizontalGeneTransfer #Pangenomes #ComparativeGenomics

#Introduction

I’m a Post-doc at the University of Oxford, working on the evolution of bacterial genomes and pangenomes. I’m interested in bacterial cooperation and ecology, and how these might interact with horizontal gene transfer.

I’m on the train to Manchester for the #MicroEvo22 meeting, where I’ll be presenting a poster (no. 17). Looking forward to seeing lots of you there!

#Bacteria #SocialEvolution #Plasmids #HorizontalGeneTransfer #Pangenomes #ComparativeGenomics

Hey folks! New to Mastodon, so here's my #Introduction:
I'm Oliver Schwengers, a microbial bioinformatics PostDoc researcher in the Goesmann lab @JLU Gießen. My research focus on the in silico analysis and characterization of bacterial genomes and #plasmids based on WGS data. I love collaborating with medical/environmental/space microbiology researchers. Besides hands-on analyses, I develop and maintain bioinformatics methods & software tools, e.g. Bakta, Platon, ReferenceSeeker ...