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21 results on '"Kroll, Samuel"'

2. EXTRA LARGE G-PROTEIN2 mediates cell death and hyperimmunity in the chitin elicitor receptor kinase 1-4 mutant

Author

Petutschnig, Elena, primary, Anders, Julia, additional, Stolze, Marnie, additional, Meusel, Christopher, additional, Hacke, Ronja, additional, Much, Laura, additional, Schwier, Melina, additional, Gippert, Anna-Lena, additional, Kroll, Samuel, additional, Fasshauer, Patrick, additional, Wiermer, Marcel, additional, and Lipka, Volker, additional

Published
2022
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3. EXTRA LARGE G-PROTEIN 2 (XLG2) mediates cell death and hyperimmunity via a novel, apoplastic ROS-independent pathway in Arabidopsis thaliana

Author

Petutschnig, Elena, primary, Anders, Julia, additional, Stolze, Marnie, additional, Meusel, Christopher, additional, Hacke, Ronja, additional, Schwier, Melina, additional, Gippert, Anna-Lena, additional, Kroll, Samuel, additional, Fasshauer, Patrick, additional, Wiermer, Marcel, additional, and Lipka, Volker, additional

Published
2021
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6. A fungal member of the Arabidopsis thaliana phyllosphere antagonizes Albugo laibachii via a GH25 lysozyme

Author

Eitzen, Katharina, Sengupta, Priyamedha, Kroll, Samuel, Kemen, Eric, Doehlemann, Gunther, Eitzen, Katharina, Sengupta, Priyamedha, Kroll, Samuel, Kemen, Eric, and Doehlemann, Gunther

Abstract

Plants are not only challenged by pathogenic organisms but also colonized by commensal microbes. The network of interactions these microbes establish with their host and among each other is suggested to contribute to the immune responses of plants against pathogens. In wild Arabidopsis thaliana populations, the oomycete pathogen Albugo laibachii plays an influential role in structuring the leaf phyllosphere. We show that the epiphytic yeast Moesziomyces bullatus ex Albugo on Arabidopsis, a close relative of pathogenic smut fungi, is an antagonistic member of the A. thaliana phyllosphere, which reduces infection of A. thaliana by A. laibachii. Combination of transcriptomics, reverse genetics, and protein characterization identified a GH25 hydrolase with lysozyme activity as a major effector of this microbial antagonism. Our findings broaden the understanding of microbial interactions within the phyllosphere, provide insights into the evolution of epiphytic basidiomycete yeasts, and pave the way for novel biocontrol strategies.

Published
2021

16. De Bibliotheca Silesiorvm Olsnensi Ad Virvm Clarissimvm Christianvm Theophilvm Habicht .... Epistola Samvelis Wenceslai Kroll Olsna-Silesii / [1] De Bibliotheca Silesiorum Olsnensi Ad Virum Clarissimum Christianum Theophilum Habicht Wratislavia-Silesium ... Epistola

Author

Kroll, Samuel Wenceslaus and Kroll, Samuel Wenceslaus

Abstract

Nicht identisch mit VD18 90691733, dort: abweichend gesetzter Druck, dort z.B. Kolumnentitel auf S. 16: "DE BIBLIOTH. SILESIOR. OLSNENSI.", Signaturformel nach Ex. der GWLB Hannover: A-B4, Vorlageform des Erscheinungsvermerks: Lipsiae Literis Ioan. Christiani Langenhemii. - Erscheinungsjahr nach Datierung am Textende

19. De Bibliotheca Silesiorvm Olsnensi Ad Virvm Clarissimvm Christianvm Theophilvm Habicht .... Epistola Samvelis Wenceslai Kroll Olsna-Silesii / [1] De Bibliotheca Silesiorum Olsnensi Ad Virum Clarissimum Christianum Theophilum Habicht Wratislavia-Silesium ... Epistola

Author

Kroll, Samuel Wenceslaus and Kroll, Samuel Wenceslaus

Abstract

Nicht identisch mit VD18 90691733, dort: abweichend gesetzter Druck, dort z.B. Kolumnentitel auf S. 16: "DE BIBLIOTH. SILESIOR. OLSNENSI.", Signaturformel nach Ex. der GWLB Hannover: A-B4, Vorlageform des Erscheinungsvermerks: Lipsiae Literis Ioan. Christiani Langenhemii. - Erscheinungsjahr nach Datierung am Textende

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