Klaus Schlaeppi (@kschlaeppi) 's Twitter Profile
Klaus Schlaeppi

@kschlaeppi

Interested in plant root microbiome interactions.
Prof. @Unibas, Plant Microbe Interactions

ID: 1033088428034981888

linkhttps://duw.unibas.ch/en/plant-microbe-interactions/ calendar_today24-08-2018 20:27:29

551 Tweet

1,1K Followers

612 Following

Klaus Schlaeppi (@kschlaeppi) 's Twitter Profile Photo

Pls RT: PhD position available in our group University of Basel. Topic: 'Harnessing compost microbes for new crop protection products against foliar diseases’. shorturl.at/KsnGU

Klaus Schlaeppi (@kschlaeppi) 's Twitter Profile Photo

NEW READ: *Understanding plant responsiveness to microbiome feedbacks*. Here we argue that, while we begin to understand microbiome assembly, we still know very little how plants respond to soil microbiomes and how they benefit from microbiome feedbacks. sciencedirect.com/science/articl…

NEW READ: *Understanding plant responsiveness to microbiome feedbacks*. Here we argue that, while we begin to understand microbiome assembly, we still know very little how plants respond to soil microbiomes and how they benefit from microbiome feedbacks. sciencedirect.com/science/articl…
Lisa Thoenen (@lithoenen) 's Twitter Profile Photo

(1/4) Nice to see my favorite project of my PhD out in Nature Communications 🥳rdcu.be/dPMnK. Our works shows that maize root bacteria metabolize maize’s antimicrobial benzoxazinoids into a red degradation product AMPO by a novel lactonase BxdA. 🧬🧫🌽

(1/4) Nice to see my favorite project of my PhD out in <a href="/NatureComms/">Nature Communications</a> 🥳rdcu.be/dPMnK. Our works shows that maize root bacteria metabolize maize’s antimicrobial benzoxazinoids into a red degradation product AMPO by a novel lactonase BxdA. 🧬🧫🌽
Lisa Thoenen (@lithoenen) 's Twitter Profile Photo

(3/4) The lactonase BxdA is specific to maize root bacteria that metabolize benzoxazinoids. It is the first gene of the newly identified benzoxazinoid degradation gene cluster.

Klaus Schlaeppi (@kschlaeppi) 's Twitter Profile Photo

(2/3) We found that, while root bacteria from other plants cannot, maize root bacteria can metabolise the main bioactive compounds of maize. These maize bacteria, particularly Sphingobium and microbacteria, have a unique gene to specifically adapt to the roots of maize plants.

Lisa Thoenen (@lithoenen) 's Twitter Profile Photo

Great teamwork in our study investigating how maize root bacteria cope with bioactive root metabolites of their host nature.com/articles/s4146…

Universität Basel (@unibasel) 's Twitter Profile Photo

Die Nachfrage nach landwirtschaftlichen Rohstoffen steigt. Wie lassen sich zusätzliche Anbauflächen mit dem Naturschutz vereinbaren? Forschende um Florian Zabel & Ruth Delzeit haben ein Landnutzungsmodell entwickelt, das Antworten liefert. unibas.ch/de/Aktuell/New…

MPIMP Potsdam Golm 🌱🧪 (@mpimp_potsdam) 's Twitter Profile Photo

Would you like to know a bit more about our Director Caroline Gutjahr and her passion for Science? There is a brand new interview Current Biology ! sciencedirect.com/science/articl…

Would you like to know a bit more about our Director Caroline Gutjahr and her passion for Science? There is a brand new interview <a href="/CurrentBiology/">Current Biology</a> !
sciencedirect.com/science/articl…
Cara Haney (@cara_haney) 's Twitter Profile Photo

University of Pittsburgh Department of Biological Sciences is hiring 2(!) Tenure Track Assistant Professors in Ecology and Evolution! Join us in a scientifically excellent and diverse community in beautiful and affordable Pittsburgh! cfopitt.taleo.net/careersection/…

University of Pittsburgh Department of Biological Sciences is hiring 2(!) Tenure Track Assistant Professors in Ecology and Evolution! Join us in a scientifically excellent and diverse community in beautiful and affordable Pittsburgh! cfopitt.taleo.net/careersection/…
Klaus Schlaeppi (@kschlaeppi) 's Twitter Profile Photo

Discovering How Maize Root Bacteria Metabolize Host Exudates – A Story Of Red Art, Teamwork, and Serendipity communities.springernature.com/posts/discover…

Lisa Thoenen (@lithoenen) 's Twitter Profile Photo

I wrote a behind the paper story: Discovering How Maize Root Bacteria Metabolize Host Exudates – A Story Of Red Art, Teamwork, and Serendipity communities.springernature.com/posts/discover…