Yves Martinez

The paper identifies highly pathogenic Fusarium lineages in natural habitats that can infect wheat, highlighting regional variation in pathogenicity and colonization patterns.

This study identifies a single genetic innovation, p-GPATs, as critical for the evolution of the plant cuticle and Arbuscular Mycorrhizal symbiosis during terrestrialization.

This study identifies horizontally transferred terpene synthase genes and immune pathways in M. polymorpha that contribute to resistance against fungal pathogens.

This study uses Aeschynomene evenia to identify immune components involved in quantitative resistance to Aphanomyces euteiches, revealing dual-function kinases that regulate both symbiosis and immunity.

This study investigates fern-pathogen interactions and immune receptor diversity, revealing broad pathogen compatibility in Pteris vittata and identifying novel immune receptor classes in ferns.

This study shows that the common symbiotic pathway genes are essential for arbuscular mycorrhizal symbiosis in bryophytes, indicating conservation of this pathway for 450 million years.

This study identifies LecRK-I.9 as a regulator of lateral root formation in Arabidopsis by controlling cell wall remodelling and signalling peptides during initiation and emergence.

The paper investigates how cold stress remodels wood formation in Eucalyptus hybrids through a CBF-dependent regulatory pathway, identifying molecular mechanisms involved in secondary cell wall modification.

This study identifies TBL38 as an atypical homogalacturonan acetylesterase localized in a specific cell wall microdomain of Arabidopsis seed mucilage secretory cells, showing increased acetylation in mutants.

This paper sequenced and analyzed the genome of Streptomyces sp. AgN23, revealing its ability to produce auxin, degrade plant cell walls, and synthesize antimicrobials, with these features conserved in the S. violaceusniger clade.