… phytopathogenic fungi can tolerate high concentration of Cr and can promote their own growth
in soil. The aggressive growth of the fungus … finally synergistic action of fungus, and metal …

… Sclerotium rolfsii is one of the most destructive fungal plant … research work was carried
out to evaluate the impact of both hexa- and trivalent chromium (Cr) on growth, morphology…

… phaseolina against Cr(VI)-induced oxidative stress. This … aggressive phytopathogenic fungi,
eg, Sclerotium rolfsii and … FTIR spectrum of raw biomass of M. phaseolina indicated changes …

… Fourier-transform infrared spectroscopic (FTIR) analysis. The … of oxidative stress. In this
study, as the concentration … implied clear morphological variation in both fungal mycelia …

… We observe that the fungus adopted different morphological and … that Cr (VI) causes oxidative
stress via generating ROS (Figs. … The FTIR analysis of Cr (VI) treated and without treated …

… borne fungal disease of field peas caused by Sclerotium rolfsii Sacc., is a basidiomycete …
Chromium tolerance, oxidative stress response, morphological characteristics, and FTIR studies …

… technology, such as the presence of Cr in rice leaves, Pb in … In the present study, the FTIR
spectra of control mycelium are … As a result, fungi respond to oxidative stress by protectively …

… The morphological and microscopic characteristics of the … Aspergilli and Fusaria such as
chromium by A. flavus CR500 (… organelles may be caused by oxidative stress of Fe(II). Metal …

… several physiological and morphological changes in the microbes… Thus, oxidative stress can
be considered as prime reason … study of Cr adsorption in bacteria, yeast, and fungi, revealed …

… This was inferred from the changes in morphology and … to cause oxidative stress and growth
inhibition of fungi such as … -EDX and FTIR analyses indicated that fungal tolerance was metal…