New bacterial agents to limit Colletotrichum gloeosporioides development on mango

Nos travaux révèlent (1) que les récepteurs NMDA utilisent un coagoniste diffé- rent en fonction de leur localisation, et (2) que les deux types de récepteurs, synaptiques

gloeosporioides has been previously shown to be the causal agent of tropical fruit rots including mango, and this study also showed that most of the isolates identified

flowering Mixed flowering Fruiting Vegetative burst between cycle Quiescent Ancestor GU Flowering Ancestor GU Fruiting Ancestor GU Mixed Inflorescence Ancestor Flowering Number

kahawae isolates (from different geographic origins and with different levels of aggressiveness towards coffee) and one Colletotrichum gloeosporioides isolate (not pathogenic to

Different types of variables (either as response or explanatory variables) were considered: qualitative (occurrence of budburst; GU type: vegetative, flowering, fruiting; GU

As shown by light and electron microscopic observations this restricted fungal growth was associated with hypersensitive-like host cell death (membrane breakdown at the level

We obtain (a) for antimitotic products, the percentage of resistant strains in the popu- lation analysed; (b) for SBI (Sterol Biosyn- thesis Inhibitor) fungicides, the variation

Gaëlle Gueritaine, Patrick Favre, Bruno Andrieu, Rachid Boumaza, Sabine Demotes-Mainard, Christian Fournier, Gilles Galopin, Lydie Huche-Thelier,.. Philippe Morel-Chevillet,