… chromium-induced stress on plant growth, developmental physiology, biochemistry, and
molecular … basis for selecting remedial plants in chromium-induced contaminated soils, …

… at both biochemical and molecular levels. Uptakes of Fe, Fe chelate reductase activity and
expression of OsFRO1 and OsIRT1 in root and leaf tissues significantly decreased under Cr …

… molecular oxygen which in turn explains the oxidative stress brought about by Cr(VI). The
overall effect of Cr ions on photosynthesis and excitation energy transfer could also be due to …

… The induction of hexavalent chromium stress in the nutrient solution reduced the seed … in
300 µM 45 d treated plants during Cr stress could be attributed to the reduced water potential, …

… disturbing various mechanisms of plants at the physiological and molecular level [34]. This
study examined that chromium caused plant growth inhibition and induced negative physio-…

… In another study, proteomic responses of rice seedlings to hexavalent chromium stress were
conducted using two rice genotypes, differing in Cr tolerance and accumulation. The study …

… in the molecular networks in response to Cr stress in F0 and F1 generations, we deduced
protein-protein interaction (PPI) networks in common between responses to both Cr levels (2.5 …

… to be resolved at the molecular level in plants. We used microarray assay to analyze the
transcriptomic profiles of rice roots in response to Cr(VI) stress. Gene ontology analysis revealed …

… At the molecular level, various pathways involved in Cr … The molecular changes after the Cr
stress were explored … of the underlying mechanism during Cr stress. Previous reports showed …

… Chromium-induced oxidative stress involves induction of lipid … Oxidative stress induced
by chromium initiates the … the physiological and molecular aspects of Cr stress in plants. It …