News Ticker Science 2020

User-friendly assessment of pavement cell shape features with PaCeQuant: Novel functions and tools

Scientists led by Katharina Bürstenbinder (IPB), together with bioinformaticians from the Halle University and the German…

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Optimized protocol for Fingerprinting of Rhizobial Free Fatty Acids

IPB scientists, in close cooperation with Russian researchers, have published a straightforward protocol for the quantification of free fatty acids from…

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Anthelmintic and antimicrobial compounds from Indonesian lichen Parmelia cetrata Ach.

IPB chemists recently published an extensive phytochemical study of Parmelia cetrata, a foliose lichen from Indonesia. They successfully…

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The auxin-prompted dance between TIR1 and AUX/IAA proteins demands a hug that helps plants to grow

Plants have the astounding ability to thrive and adapt in environments that more often than not, are hostile. Signaling…

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Better Cas9 efficiency for gene knock-out in plants.

A team led by Sylvestre Marillonnet recently published a preprint of a study in which they tried to optimize the Cas9 enzyme for gene editing in plants. In plants,…

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Sulfation switch in the shade.

In a recent News & Views article, Claus Wasternack highlights a study led by the Ballaré Lab from Argentinia (Fernandez-Milmanda et al.) His article was published alongside the study in the…

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Pollen Surface Replenished: A tapetal flavonoid transporter in Arabidopsis.

IPB researchers have now identified a gene encoding for a transporter responsible for translocating flavonoid glycosides to the surface of…

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Senescence master regulator ORE1 is a direct substrate of CPK1 in Arabidopsis.

Professor Tina Romeis, and her partners of the Collaborative Research Centre (CRC) 973 “Priming and Memory of Organismic Responses to Stress“,…

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Synthesis of lipidated cyclo-peptides as promising anti-phytopathogenic agents.

Together with Cuban and Chilean scientists, IPB chemists have developed a multicomponent-based approach for the synthesis of cyclic…

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Fungal higginsianin B inhibits plant immune responses.

IPB scientists, in cooperation with international plant researchers, have identified a natural compound from the fungus and plant pathogen Colletotrichum higginsianum

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This page was last modified on 19 Mar 2025 .