Title: Preliminary study on the mechanism of soybean drought resistance under osmotic stress
Abstract:Isolated culture results showed that osmotic stress became more severe as the concentration of PEG6000 increased, the effect of osmotic stress on soybean leaves became greater. Drought--resistant vari...Isolated culture results showed that osmotic stress became more severe as the concentration of PEG6000 increased, the effect of osmotic stress on soybean leaves became greater. Drought--resistant variety was affected to a lower degree than drought--susceptible variety. osmotic stress would result in the decreases of chlorophyll and carotenoid, and the increases of soluble--protein content, MDA and membrane prmeability. KT to some degree could reduce the osmotic stress of PEG6000, which was associated with that exogenous hormones adjusted the content of radicals in soybean leaves.Read More
Publication Year: 1995
Publication Date: 1995-01-01
Language: en
Type: article
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