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Her primary research field is Rhizobium-legume symbiosis but she has made significant contribution also to plant cell cycle research and developmental biology. Eva Kondorosi was amongst the first ones who identified the Rhizobium nodulation genes and contributed in many ways to the elucidation of the molecular mechanism of nodule organogenesis including cell cycle regulation. She demonstrated the importance of the endoreduplication cycles in the differentiation of plant cells and in plant development. A recent breakthrough was the discovery of plant controlled irreversible differentiation of endosymbiotic bacteria to non-cultivable polyploid nitrogen fixing bacteroids. Her group discovered 800 novel plant peptides that are responsible for terminal differentiation of the endosymbionts. Her group aims to elucidate the function of these peptides in symbiosis as well as ex planta. Strong antimicrobial activities of several peptides have opened an innovative research line for developing new antibiotics from these peptides that could effectively kill pathogenic microbes, even antibiotic resistant ones.
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Papers共 217 篇Author StatisticsCo-AuthorSimilar Experts
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Proceedings of the 36th European and the 12th International Peptide Symposium (2022)
Ulrik Ringborg,Anton Berns,Julio E Celis,Manuel Heitor,Josep Tabernero, Joachim Schüz, Michael Baumann, Rui Henrique,Matti Aapro,Partha Basu,Regina Beets-Tan, Benjamin Besse,
Quentin Nicoud,Quentin Barriere,Nicolas Busset,Sara Dendene,Dmitrii Travin,Mickael Bourge,Romain Le Bars,Claire Boulogne, Marie Lecroel, Sandor Jenei, Atilla Kereszt,Eva Kondorosi,
Frontiers in agronomy (2021)
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