Marta Matuszewska (@thematum) 's Twitter Profile
Marta Matuszewska

@thematum

Research Associate | host adaptation | host jumps | Staphylococcus aureus | microbiology | pathogen evolution | pathogen emergence | AMR | Indole signalling

ID: 3293700769

calendar_today25-07-2015 21:27:15

118 Tweet

199 Followers

289 Following

Sarah Walsh (@sarahkwalsh1) 's Twitter Profile Photo

Really happy to see the final version of our paper is now out in PLOS Pathogens! We investigated whether the evolutionary relationships between bacterial 🦠 hosts could explain variation in #susceptibility to infection with a #bacteriophage. 🧵1/8 tinyurl.com/bdhejf8z

Mark Holmes (@markaholmes) 's Twitter Profile Photo

Surprising association between particulate matter #air pollution and AMR based on a global analysis. Work from Zhenchao Zhou, Hong Chen & colleagues from Zhejiang University and Ibrahim Xiaoliang Ba at Cambridge University Cambridge University published today doi.org/10.1016/S2542-…

Julian Parkhill (@julianparkhill) 's Twitter Profile Photo

So good to see this finally out. Thanks particularly to Chris Ruis for making this work, even though he didn't believe it would when I first suggested it to him. nature.com/articles/s4146…

Gemma Murray (@gemmamurray) 's Twitter Profile Photo

New paper on the emergence and diversification of a zoonotic pathogen from the respiratory microbiota of domestic pigs. Out now in PNAS doi.org/10.1073/pnas.2…. A 🧵(1/11).

Lucy Weinert (@lucy_weinert) 's Twitter Profile Photo

Happy to see our new paper out showing that pathogenic ecotypes of the zoonotic pig bacterium Streptococcus suis have enhanced environmental survival. 🧵 microbiologyresearch.org/content/journa…

Lucy Weinert (@lucy_weinert) 's Twitter Profile Photo

Credit to Eliza Rayner Marta Matuszewska Gemma Murray and other co-authors. We did not have to pay publication fees for this open access paper thanks to a #publishandread agreement. Not only that, we can keep the publication profits within our lovely Microbiology Society. Win win.

AdvMicro2025 (@advmicro2025) 's Twitter Profile Photo

🚨 Join us at the #AdvMicro2025 for an exciting session on Pathogen Genomics! 🧬 Dr. Chris Ruis from will discuss cutting-edge research in pathogen transmission, SARS-CoV-2 lineage tracing, and the risks of molnupiravir treatment. For more info follow the link 👇

🚨 Join us at the #AdvMicro2025 for an exciting session on Pathogen Genomics!
🧬 Dr. Chris Ruis from will discuss cutting-edge research in pathogen transmission, SARS-CoV-2 lineage tracing, and the risks of molnupiravir treatment. For more info follow the link 👇
AdvMicro2025 (@advmicro2025) 's Twitter Profile Photo

🦠🔬 Join us at #AdvMicro2025 for a Pathogen Genomics session! 🎤 Prof. Lucy Weinert: Expert in pathogen evolution & genomics 🎤 Dr. Chris Ruis: Specialist in genomic epidemiology 📅 April 7-9, 2025 | Hybrid format 🔗 Register: advicro2025.pl

🦠🔬 Join us at #AdvMicro2025 for a Pathogen Genomics session!

🎤 Prof. Lucy Weinert: Expert in pathogen evolution & genomics
🎤 Dr. Chris Ruis: Specialist in genomic epidemiology

📅 April 7-9, 2025 | Hybrid format
🔗 Register: advicro2025.pl
Marta Zapotoczna (@martazapotoczna) 's Twitter Profile Photo

🎉 Exciting news! We’re thrilled to welcome Marta Matuszewska to the aureuslibrary team at Uniwersytet Warszawski! She’ll be leading her research on Staphylococcus aureus evolution and adaptation, supported by a prestigious SONATA grant from Narodowe Centrum Nauki. Huge congratulations! 👏🏻🥳

Andrew Balmer (@quackscience) 's Twitter Profile Photo

We’ve just posted AMR Cartography on bioRxiv: a way to study multivariate drug resistance and connect it to genotypes. Would love feedback from people working with surveillance MIC data! AntibioticResistance CRyPTIC biorxiv.org/content/10.110…

We’ve just posted AMR Cartography on bioRxiv: a way to study multivariate drug resistance and connect it to genotypes. Would love feedback from people working with surveillance MIC data! <a href="/AntibioticResis/">AntibioticResistance</a> <a href="/crypticproject/">CRyPTIC</a>
biorxiv.org/content/10.110…