Isabelle Fudal
Overview
Explore the profile of Isabelle Fudal including associated specialties, affiliations and a list of published articles.
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Articles
38
Citations
1737
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Recent Articles
1.
Clairet C, Gay E, Porquier A, Blaise F, Marais C, Balesdent M, et al.
New Phytol
. 2024 Feb;
242(1):247-261.
PMID: 38358035
Effector genes, encoding molecules involved in disease establishment, are concertedly expressed throughout the lifecycle of plant-pathogenic fungi. However, little is known about how effector gene expression is regulated. Since many...
2.
Talbi N, Blekemolen M, Janevska S, Zendler D, Van Tilbeurgh H, Fudal I, et al.
Mol Plant Microbe Interact
. 2023 Oct;
37(3):304-314.
PMID: 37782126
It has been discovered that plant pathogens produce effectors that spread via plasmodesmata (PD) to allow modulation of host processes in distal uninfected cells. f. sp. () facilitates effector translocation...
3.
Talbi N, Fokkens L, Audran C, Petit-Houdenot Y, Pouzet C, Blaise F, et al.
Mol Plant Pathol
. 2023 May;
24(8):914-931.
PMID: 37128172
Fungal effectors (small-secreted proteins) have long been considered as species or even subpopulation-specific. The increasing availability of high-quality fungal genomes and annotations has allowed the identification of trans-species or trans-genera...
4.
Saubin M, Louet C, Bousset L, Fabre F, Frey P, Fudal I, et al.
Mol Ecol
. 2022 Jul;
32(10):2461-2471.
PMID: 35906846
Growing genetically resistant plants allows pathogen populations to be controlled and reduces the use of pesticides. However, pathogens can quickly overcome such resistance. In this context, how can we achieve...
5.
Lazar N, Mesarich C, Petit-Houdenot Y, Talbi N, Li de la Sierra-Gallay I, Zelie E, et al.
PLoS Pathog
. 2022 Jul;
18(7):e1010664.
PMID: 35793393
Recognition of a pathogen avirulence (AVR) effector protein by a cognate plant resistance (R) protein triggers a set of immune responses that render the plant resistant. Pathogens can escape this...
6.
Degrave A, Wagner M, George P, Coudard L, Pinochet X, Ermel M, et al.
Mol Plant Pathol
. 2021 Sep;
22(12):1599-1612.
PMID: 34467616
In many cultivated crops, sources of resistance to diseases are sparse and rely on introgression from wild relatives. Agricultural crops often are allopolyploids resulting from interspecific crosses between related species,...
7.
Soyer J, Clairet C, Gay E, Lapalu N, Rouxel T, Stukenbrock E, et al.
Chromosome Res
. 2021 May;
29(2):219-236.
PMID: 34018080
Leptosphaeria maculans 'brassicae' (Lmb) and Leptosphaeria maculans 'lepidii' (Lml) are closely related phytopathogenic species that exhibit a large macrosynteny but contrasting genome structure. Lmb has more than 30% of repeats...
8.
Gay E, Soyer J, Lapalu N, Linglin J, Fudal I, Da Silva C, et al.
BMC Biol
. 2021 Mar;
19(1):55.
PMID: 33757516
Background: The fungus Leptosphaeria maculans has an exceptionally long and complex relationship with its host plant, Brassica napus, during which it switches between different lifestyles, including asymptomatic, biotrophic, necrotrophic, and...
9.
Jiquel A, Gervais J, Geistodt-Kiener A, Delourme R, Gay E, Ollivier B, et al.
New Phytol
. 2021 Feb;
231(4):1510-1524.
PMID: 33621369
The control of stem canker disease of Brassica napus (rapeseed), caused by the fungus Leptosphaeria maculans is based largely on plant genetic resistance: single-gene specific resistance (Rlm genes) or quantitative,...
10.
Rocafort M, Fudal I, Mesarich C
Curr Opin Plant Biol
. 2020 Apr;
56:9-19.
PMID: 32247857
The outcome of an interaction between a plant and a fungus or an oomycete, whether compatibility or incompatibility, is often determined in the hostile extracellular spaces and matrices of the...