@katammp.bsky.social

Computational microbiologist working with antimicrobial resistance. Department of Computation, University of Turku

Nice paper on the temporal dynamics of early infancy. Once again, it was shown that Escherichia & Klebsiella correlate with higher ARG load, and their abundance is in turn negatively associated with Bifidos. Kudos to the authors for the excellent paper! rdcu.be/eDRPa

Temporal dynamics and microbial interactions shaping the gut resistome in early infancy

Nature Communications - Here the authors show that antibiotic resistance genes peak in the gut at the age of 6 months, and that beneficial bifidobacteria produce aromatic lactic acids that actively...

rdcu.be

Great thread from @antagomir.bsky.social about our latest collaborative study led by the brilliant @katammp.bsky.social on the antibiotic resistome in a representative Finnish population of n>6,500 individuals and factors associated with carriage. Link to study: doi.org/10.1038/s414...

Variation and prognostic potential of the gut antibiotic resistome in the FINRISK 2002 cohort - Nature Communications

Here, in a representative cohort of 7,095 Finnish adults, the authors reveal that gut antibiotic resistance is shaped not only by antibiotic use but also by the microbiome, diet, lifestyle, household ...

doi.org

Leo Lahti@antagomir.bsky.social · last yr.

Antimicrobial resistance ( #AMR ) is a silent pandemic that has been attributed to over a million deaths per year worldwide. Socio-demographic factors contribute to the emergence and spread of AMR.🧵

🦠🌍 Antibiotic resistance differs by gender A global study of 14,000+ gut samples found women in high-income countries have 9% more antibiotic resistance genes than men. In lower-income countries, patterns flip – but context matters. 🔗 www.nature.com/articles/s41... #SciComm #AMR 🧪

Gender differences in global antimicrobial resistance - npj Biofilms and Microbiomes

npj Biofilms and Microbiomes - Gender differences in global antimicrobial resistance

nature.com

Age and geography were significant factors associated with resistome composition, with infants and the elderly showing higher ARG loads and diversity. This pattern underscores the impact of life stages on AMR.

Gender differences in ARG abundance emerged in adulthood, indicating that gender-associated lifestyle, biological, or healthcare-related factors in adulthood may be linked to antibiotic resistance.

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In LMICs, limited data indicated that when accounting for confounding factors such as age and socio-economics, the difference between men and women was not significant.