… From the initial work developed on Eucalyptus – Pisolithus … to SR-genes, but no
ectomycorrhiza-specific genes were detected in … does not trigger one specific genetic program, but …

… developmental and physiological processes that underlie colonization and morphogenesis.
After a brief introduction to the ectomycorrhizal symbiosis… way functional genomics is altering …

… genes involved in symbiosis development is now within reach, as more sophisticated techniques
of molecular and genetic analysis are applied to mycorrhizal … of developmental biology …

… In this Review, we highlight the main insights that have been gleaned from these recent
developments in ectomycorrhizal genomics, focusing on the loss of the lignocellulose decay …

… Given that genes of this pathway are present in many angiosperm trees that develop
ectomycorrhizas, we propose their potential involvement in some but not all ECM associations. The …

… Our initial studies on the expression of symbiotic genes have been confined to the stages
corresponding to mantle formation and even later stages. Analysis of the mycorrhiza protein …

… [16 •• ], provide the first description of changes in gene expression during the development
of the ectomycorrhizal symbiosis. This work shows that the development of the symbiosis …

… sion of sever al hundred genes during the symbiosis development and in various
ectomycorrhizal associations (eg same host plant interacting with various ectomycorrhizal fungi). …

… A recent study showed that the loss of the capacity to establish AM symbiosis cor relates
with the lost of host symbiotic genes in several plant lineages, suggesting that the microbiome (…

… genes induced during nodule development are also induced in the mycorrhizal symbiosis, …
genes induced in nodules is also induced in mycorrhizal roots [4-S] and three other nodulin …