Abstract: The present invention relates to a plant biotic agent phenotyping platform comprising a container hermetically sealed with a lid delimiting an internal space divided into two spaces: -a lower internal space which comprises at least one temperature control means immersed in a temperature transfer liquid; and -an upper internal space, the surface of the temperature transfer liquid being the border between the lower internal space and the upper internal space; the lid comprising at least one orifice which is adapted to fit a pot and at least one pot whose bottom part is contained in the upper internal space and which is adapted to receive plant seeds and soil parasite and to enable development of such soil parasites and plants. The invention also related to the use of this platform for screening plant resistance or tolerance to soil parasite.

Abstract: The present invention relates to a plant biotic agent phenotyping platform comprising a container hermetically sealed with a lid delimiting an internal space divided into two spaces: -a lower internal space which comprises at least one temperature control means immersed in a temperature transfer liquid; and -an upper internal space, the surface of the temperature transfer liquid being the border between the lower internal space and the upper internal space; the lid comprising at least one orifice which is adapted to fit a pot and at least one pot whose bottom part is contained in the upper internal space and which is adapted to receive plant seeds and soil parasite and to enable development of such soil parasites and plants. The invention also related to the use of this platform for screening plant resistance or tolerance to soil parasite.

Abstract: The present invention relates to the field of improving the digestibility of maize and the tolerance of maize to fungal pathogens, and in particular to Fusarium disease, by introgression of the G2092 allele.

Abstract: The present invention relates to the field of the improvement of the digestibility and the tolerance of maize to fungal pathogens and especially to fusariosis by modification of the C4H gene.

Abstract: The present invention relates to the field of the improvement of the tolerance of maize to fungal pathogens and in particular to fusariosis by the qualitative and/or quantitative modification of the lignin biosynthesis pathway.

Abstract: The present invention relates to the field of improving the digestibility of maize and the tolerance of maize to fungal pathogens, and in particular to Fusarium disease, by introgression of the G2092 allele.

Abstract: The present invention relates to the field of the improvement of the tolerance of maize to fungal pathogens and in particular to fusariosis by the qualitative and/or quantitative modification of the lignin biosynthesis pathway.

Abstract: The present invention relates to the field of the improvement of the digestibility and the tolerance of maize to fungal pathogens and especially to fusariosis by modification of the C4H gene.

Abstract: The invention relates to the novel use of a sequence coding for a protein capable of degrading oxalic acid to select plant cells which have integrated a gene of interest, and a novel process for selecting, on oxalic acid, cells, calluses or plants transformed by this recombinant DNA.