MaurinoLab
@MaurinoLab
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In the Department of Molecular Plant Physiology, University of Bonn, we are interested in the evolution and regulation of plant metabolic process.
Bonn, Germany
Joined February 2021
Have a look in how PTMs can regulate glycolysis and TCA cycle in Plants 🌱🌱 together with @schwarzland_lab we wrote this review 🥳.
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RT @MartinJLercher: How do enzymes evolve to fulfill specialized roles in plants? 🌱🔬.A new study of the @MaurinoLab uncovers the structural….
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🌱🌱Exciting discoveries in C4 photosynthesis evolution! Our research uncovers how the tetrameric state of C4-NADP-Malic Enzyme evolved to optimize C4 carbon fixation in grasses. Dive into the structural basis of this pivotal evolutionary adaptation! 👩🔬🧑🔬.
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Happy to share our last accepted publication on plant carbon regulation by PTMs 🌱🌱.#plants #plantmetabolism #PTMs.@BalpardaManuel @Pilarrr_21 @schwarzland_lab .
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RT @PlantPhys: Two plant glyoxalase systems with different evolutionary origins detoxify diverse reactive carbonyl species @BalpardaManuel….
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Happy to share our last accepted work on plant detoxification systems.
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Happy to share our work on the molecular evolution of C4-NAD-Malic enzyme. It took many years of hard work and interpretation of results. An extraordinary biochemical work that strengthens my love to both, day and night science.
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RT @MartinJLercher: Dienstag Abend wird's spannend: da werde ich gemeinsam mit dem Rechtswissenschaftler @ruppe_p auf die Bühne im Haus der….
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Happy to share our nice collaborative work on mMDH acetylation in Physco and Arabidopsis.
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RT @MartinJLercher: It's FINALLY official: a surprisingly simple relationship between the concentrations of enzymes and their substrates. F….
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Combined Abiotic Stresses Repress Defense and Cell Wall Metabolic Genes and Render Plants More Susceptible to Pathogen Infection #mdpiplants via @Plants_MDPI.
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I just supported @RAFV2021 on @buymeacoffee! 🎉 . RAFV2021 is a meeting organized by the Argentinean Society of Plant Physiology. You can support by buying a seedling 🌱 here —
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Finally, some light shed on the biochemistry of NAD-ME C4 #photosynthesis. The notorious heteromer NAD-ME selectively forms the C4 decarboxylase by association with regulatory subunit while housekeeping function is performed with a C3-like subunit.
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RT @MartinJLercher: Ever been at a mental roadblock where you wished you could talk to an expert? How about having an imaginary conversatio….
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RT @PlantScienceDBG: Wissenschaftliche Mitarbeit / PostDoc für Molekulare Pflanzenphysiologie zum nächstmöglichen Zeitpunkt @UniBonn. #pla….
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RT @nightsciencepod: S1 E1: Ellen Rothenberg: Inhabiting the data. In this 1st episode of the Night Science Podcast, Caltech Professor Elle….
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