index - Evolution des Interactions Plantes-Microorganismes

 Welcome to the team Evolution of Plant-Microbe Interactions HAL collection

Our research aims at understanding how symbiotic associations evolved between plants and microorganisms. Using combinations of phylogenomics, biochemistry and genetics in multiple plants we try to determine the molecular bases of the origin, conservation and diversification of these associations. 

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66

Deposited records

67

Open access rate

77 %

Sujets

Effector Carbohydrate-active enzymes Cryptophyta Cytokinin CLE peptides A thaliana Phylogeny Gigaspora rosea Receptor GENE-EXPRESSION Aphanomyces euteiches Genetic structure Cryptomonas Medicago truncatula CARBOHYDRATE SEQUENCE Cyst-nematodes Mycorrhiza CHOMATOGRAPHY HIGH PRESSURE LIQUID Partial resistance Chitin CELL-WALL Chemotypes Arbuscular mycorrhizal AM symbiosis Genomics Legume Root Common symbiosis pathway Cannabinomics Chito-oligosaccharides Strigolactone Biodiversité végétale Analyse du transcriptome Arbuscular mycorrhiza Plant symbiosis AM Secretome ARABIDOPSIS-THALIANA Binning Nodule CONTROLS ROOT Actin Evolution Cyanobacteria Conserved non-coding elements Climate adaptation Strigolactones Cannabis Peroxidase Association genetics Biodiversity Artificial intelligence SYMBIOSIS LysM receptor-like kinase Convergence Candidate genes Charophyte Plant evolution Colletotrichum trifolii AM fungi Bladders Symbiosis 10KP Immunity Reactive oxygen species Vesicle trafficking BINDING-PROTEIN Competitiveness Biological Evolution Common SYM pathway Chroomonas Chitin oligomer CALCIUM SPIKING Common symbiosis signaling pathway Aphanomyces Phosphate Effectors Anterior cruciate ligament reconstruction Synthetic analogs Plants APHANOMYCES-EUTEICHES Chitooligosaccharide Convergent evolution Trebouxia sp OTU1 Arabidopsis thaliana CAROTA CHEMISTRY METABOLISM MICROBIOLOGY Arbuscular mycorrhiza AM Chara PLASMA-MEMBRANE Fungal evolution ARBUSCULAR MYCORRHIZAL FUNGI Rhizophagus irregularis Arabidopsis Oomycete Comparative transcriptomics Calcium spiking Chitin oligomers Arbuscular mycorrhizal symbiosis Phylogenomics Comparative genomics Pisum sativum ARBUSCULAR MYCORRHIZA

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