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Role of D-Amino Acids in Stress-Induced Response of Cholera Bacterium

Role of D-Amino Acids in Stress-Induced Response of Cholera Bacterium
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Felipe cavaOihane irazokiDepartment of molecular biology at umeMax planck institute for terrestrial microbiologyMolecular biologyMolecular infection medicine swedenNature microbiologyMax planck institute

D-amino acids play a role in stress-induced r

Cholera bacteria use specific D-amino acids to escape unfavorable niches and form complex ecological systems. This is shown by a study led by a research group at Umeå University, Sweden. The discovery may eventually have significance for research into bacterial infections.

Oihane irazokiFelipe cavaMax planck institute for terrestrial microbiologyDepartment of molecular biology at umeMolecular biologyMolecular infection medicine swedenNature microbiologyMax planck institute

German researchers develop process to produce formic acid from CO2 : Biofuels Digest

German researchers develop process to produce formic acid from CO2 : Biofuels Digest
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Max planck institute for terrestrial microbiologyMax planck instituteTerrestrial microbiology

Evogene Receives Grant to Develop Oilseed Crops with High CO2 Assimilation – Advanced BioFuels USA

Evogene Receives Grant to Develop Oilseed Crops with High CO2 Assimilation – Advanced BioFuels USA
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Lavie bioltdEyal ronenEvogene ltdMax planck institute for terrestrial microbiologySeed divisionCanonic ltdBiomica ltdAgplenus ltdAlex martinSeed worldAg seed divisionEuropean horizonMax planck instituteTerrestrial microbiologyAbout evogene

With formic acid towards CO2 neutrality: Researchers develop a new method for the sustainable use of carbon dioxide

Researchers develop a new method for the sustainable use of carbon dioxide.

Baden wübergWalter leitnerSebastian wenkMaren nattermannTobias erbMax planck institute of molecular plant physiologyMax planck institute for terrestrial microbiologyMax planck institute for chemical energy conversionMax planck instituteTerrestrial microbiologyMolecular plant physiologyChemical energy conversion