Transition Metal Cluster Compounds: Luminescence and Design of (nano)Composites

International audienc

Pouvoir pathogène du genre Fusarium sur céréales

National audienc

Cryoresistance of Baker's yeast Saccharomyces cerevisiae in frozen dough : contribution of cellular trehalose

International audienc

Toxigenic potential of Fusarium culmorum strains isolated from French wheat

International audienc

Polyurethanes prepared from cyclocarbonated broccoli seed oil (PUcc): New biobased organic matrices for incorporation of phosphorescent metal nanocluster

International audienc

Identification by PCR of Fusarium culmorum Strains Producing Large and Small Amounts of Deoxynivalenol

Thirty deoxynivalenol-producing F. culmorum strains, isolated from wheat grains, were incubated in vitro and analyzed for trichothecene production. Seventeen strains produced more than 1 ppm of deoxynivalenol and acetyldeoxynivalenol and were considered high-deoxynivalenol-producing strains, whereas 13 F. culmorum strains produced less than 0.07 ppm of trichothecenes and were considered low-deoxynivalenol-producing strains. For all strains, a 550-base portion of the trichodiene synthase gene (tri5) was amplified and sequenced. According to the tri5 data, the F. culmorum strains tested clustered into two groups that correlated with in vitro deoxynivalenol production. For three high-producing and three low-producing F. culmorum strains, the tri5-tri6 intergenic region was then sequenced, which confirmed the two separate clusters within the F. culmorum strains. According to the tri5-tri6 sequence data, specific PCR primers were designed to allow differentiation of high-producing from low-producing F. culmorum strains

Effect of exogenous nitrogen (15NO3) on utilization of vegetative storage proteins (VSP) during regrowth in chicory (Cichorium intybus)

International audienc

Effect of exogenous nitrogen (15NO3) on utilization of vegetative storage proteins (VSP) during regrowth in chicory (Cichorium intybus)

International audienc

Combined theoretical and time-resolved photoluminescence investigations of [Mo6Bri8Bra6]2− metal cluster units: evidence of dual emission

International audienc