Morten Sommer
@moasommer
ID: 3433025385
20-08-2015 17:50:06
324 Tweet
851 Followers
312 Following
"We found that combination therapy significantly limits the #evolution of de novo resistance in E. coli, yet different #drugcombinations vary substantially in their propensity to select for #AntibioticResistance" by Leonie Jahn and Morten Sommer academic.oup.com/mbe/advance-ar…
Reduced viral loads 12 days following Pfizer-BioNTech #COVID19 vaccine. medRxiv (to appear soon). with @idanyelin Matan Levine in collaboration with #MaccabiTech; Technion Israel
Using synthetic microbial communities mimicking the Brazilian sugarcane ethanol fermentation we reveal L. amylovorus as an industrial probiotic that may improve process yield. Our collaboration with Alvaro Sanchez Lab is published in Nature Communications nature.com/articles/s4146…. DTU
🎧Podcast: Intelligente tarmbakterier behandler hjernesygdomme 🦠Mikrobiolog Morten Sommer fortæller om arbejdet med at udvikle skræddersyede mikrober som ‘levende medicin’ 👉bit.ly/3eFo7SI #dkforsk #sundpol
Just out The Lancet: Largest study of reinfection, whole country of Denmark —0.65% after prior covid —Protection ~80%, lasts ≥ 7 months —Age ≥ 65 protection reduced to 47% thelancet.com/journals/lance… Steen Ethelberg University of Copenhagen Statens Serum Inst.
Alternative proteins will transform food, mitigate climate change and drive profits. Here's how. Boston Consulting Group wef.ch/3fbPnbF
Our new paper describes a computational framework for assessing future dissemination of antibiotic resistance genes based on the gene exchange networks of their mobile elements. DTU Biosustain DTU Novo Nordisk Foundation Lundbeckfonden Nature Communications nature.com/articles/s4146…
Microbes are already used for food production, yet, their potential for making new healthy and sustainable foods is far from exhausted. Learn more about the Microbial Foods field here: authors.elsevier.com/a/1gRm4_278y%7… Cell DTU Biosustain Novo Nordisk Foundation
Excited to share the research that lead to SNIPR BIOME development candidate for selective targeting of E. coli in the gut using #CRISPR armed #phages nature.com/articles/s4158…