Contamination of soil and water by heavy metals has become a widespread problem;
environmental pollution by high zinc (Zn) concentration occurs frequently. Although poplar …

Mediterranean woody species are vulnerable to multiple stresses that negatively affect plant
survival and productivity. Drought and heat are increasing threats to the agricultural and …

Background Arbuscular mycorrhizal (AM) fungi, which engage a mutualistic symbiosis with
the roots of most plant species, have received much attention for their ability to alleviate …

Alnus spp. are actinorhizal trees commonly found in wet habitats and able to grow effectively
in soil slightly contaminated with metal trace-elements. Two clones belonging to two Alnus …

This study highlights proteomic and enzymatic changes in roots and leaves of actively
growing poplar plants upon a cadmium stress exposure. Proteomic changes in response to …

The effects of a high concentration of zinc on two registered clones of poplar (Populus alba
Villafranca and Populus nigra Jean Pourtet), inoculated or not with two arbuscular …

A sub-cellular proteomic approach was carried out to monitor membrane-associated protein
modifications in response to the arbuscular mycorrhizal (AM) symbiosis. Membrane proteins …

Arabidopsis halleri has the rare ability to colonize heavy metal‐polluted sites and is an
emerging model for research on adaptation and metal hyperaccumulation. The aim of this …

Proteome analysis is becoming a powerful tool in the functional characterization of plants.
Due to the availability of vast nucleotide sequence information and based on the progress …

In the absence of sequenced genomes for arbuscular mycorrhizal (AM) fungi, their
obligatory biotrophy makes their intra-radical biology especially recalcitrant to functional …