stiguandersen
@stiguandersen
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genetics, sequencing, plant-microbe interactions
Joined August 2019
Optimising plant-rhizobium interactions can enhance nitrogen fixation. Mendoza-Suárez et al. identified faba bean symbionts that show growth promoting characteristics. @marcemendoza
@stiguandersen
@MolBiolAU
https://t.co/bzMRoKOXPC
nature.com
Nature Communications - Optimising plant-rhizobium interactions can enhance nitrogen fixation, improving sustainability in agriculture. This study identified four groups of faba bean symbionts that...
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Excited to share our latest work on faba bean-rhizobium interactions https://t.co/e52LrriMNg headed by @marcemendoza at @MolBiolAU . A joint @ProFaba_SusCrop and @N2CROP_AU effort highlighting rhizobium diversity and its impact on plant growth.
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Single-cell analysis is a great tool for studying plant-microbe symbiosis. Check our review of the latest studies and approaches here: https://t.co/L9gslE36Vs
@MolBiolAU
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Interested in legume biology and plant protein for food use? We are hiring @MolBiolAU: https://t.co/R1p6XLD3eC
#legumes
international.au.dk
Vacancy at Department of Molecular Biology and Genetics - Plant Molecular Biology, Aarhus University
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Happy to see our single-cell symbiosis study https://t.co/vXzJOg3jQf out in @NatureComms. Lots of exciting expression patterns to explore! #symbiosis #legumes @MolBiolAU @ManoloYoda @mikkelschierup @DugaldEReid @NadziejaMarcin @MontielGon1
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MSc & PhD students: sign up for this workshop which encourages interdisciplinary communication, thinking and project development in the Natural & Technical Sciences to better meet grand societal challenges. Free of charge. https://t.co/gZRb9VQ99D
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Happy to share this reference paper on #fababean genetic and trait diversity: https://t.co/qZWspDEYjV. Congrats to Cathrine and all the @ProFaba_SusCrop partners! #legumes #proteincrop @MolBiolAU
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We're hiring @MolBiolAU: https://t.co/KlW8qPaTw7. Interested in developing #fababean molecular genetics to eliminate antinutrients in #plantbased foods?
au.dk
Ledig stilling ved Institut for Molekylærbiologi og Genetik - Plantemolekylærbiologi, Aarhus Universitet
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Now we can map genes in #fababean! The 13Gb reference genome is published in @Nature after an amazing community effort. Thanks to all authors for great contributions! https://t.co/PEqbjSBQmY
#legumes #plantprotein
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Legume-rhizobia symbiotic interactions at the single-cell level. Happy to share our new pre-print. @ManoloYoda @DugaldEReid #symbiosis #singlecell #legumes
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Interested in bridging plant and food science, industry and academia? #plantbased
linkedin.com
Would you like to play a leading role in driving the change towards more sustainable and plant-based foods? We are looking for an experienced programme manager for the 5-year Plant2Food (P2F) pro...
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Happy to share the results of this great #fababean community effort: The giant diploid faba genome unlocks variation in a global protein crop https://t.co/BftCLAF7Bk
#Legume #Genomics
biorxiv.org
Increasing the proportion of locally produced plant protein in currently meat-rich diets could substantially reduce greenhouse gas emission and loss of biodiversity. However, plant protein production...
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A short introduction to our favourite model legume Lotus japonicus: https://t.co/skYAQIu0F6
#legumes #genomics
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Our latest results on genetics of white clover yield based on continuously tracking growth 3600 plants are now published in @TheorApplGenet
https://t.co/LRAAi4VAnZ
#legumes #plantgenetics @smoeskjaer @lljanss @DLF_Seeds
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New Letter: "VC1 catalyses a key step in the biosynthesis of vicine in faba bean" https://t.co/7dUIuk4ehB With News & Views: "Antinutrient biosynthesis: dreaming of clean bean protein" https://t.co/7yZfeRSOJU
Potential of faba #beans , rich in protein, has been unlocked. Researchers @AgriForHelsinki @BIOTECH_UH @LukeFinland have identified the gene responsible for the production of vicine and convicine, which are harmful anti-nutrients. @fred_stoddard #Food
https://t.co/JqYgo2G9q0
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A big step towards faba beans free from vicine and convicine. @GeuFloresF @alanhschulman @fred_stoddard @D_O_Sullivan @NaturePlants #fababean #favism #legumes
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Interested in studying legume-rhizobium interactions at the single cell level? Post doc position available!
international.au.dk
Vacancy at Department of Molecular Biology and Genetics - Plant Molecular Biology , Aarhus University
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Natural variation with an impact on nodulation signalling:
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We are looking for a PhD student interested in studying plant adaptation to complex microbial communities. https://t.co/Ecw8AVI0Tu
#PlantSciJobs #microbiome #Evolution @MolBiolAU @NCStateEngr @mikkelschierup
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Taking the first steps in understanding bugs in beans with ProFaba
Phenotyping of seeds from the 2020 @ProFaba_SusCrop trials in progress at @UMRAgroecologie @INRAE_BFC_Dijon. Seed lots coming from Spain, Denmark, Ireland, Germany and France are inspected for bruchid and braconid damages. @suscrop
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