[Accumulation of Heavy Metals in Different Rice Varieties].
Xiaobing Lin, Lijun Zhou, Huiming Wang, Hui Liu, Lin Wu, Ying Yu, Min Shan Hu, Bo He, Qinghui Zhou, Qianru Huang
Abstract
Xiaobing Lin, Lijun Zhou, Huiming Wang, Hui Liu, Lin Wu, Ying Yu, Min Shan Hu, Bo He, Qinghui Zhou, Qianru Huang
Abstract
, which did not exceed the national standard. Early, middle, and late rice all showed that the Cd content of three-line hybrid rice was higher than that of two-line hybrid rice, but the difference was not obvious. The contents of Cr and total Hg in brown rice of three-line hybrid rice in early rice were significantly higher than that of two-line hybrid rice. There was a significant positive correlation between Cd content in brown rice and Pb and total Hg content in medium rice, and there was a significant negative correlation between inorganic Cd content and inorganic As content, whereas there was no significant correlation between Cd and Cr content. In short, rice's absorption and accumulation of heavy metals is greatly affected by genetic background, species types, and heavy metal interactions.
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, which did not exceed the national standard. Early, middle, and late rice all showed that the Cd content of three-line hybrid rice was higher than that of two-line hybrid rice, but the difference was not obvious. The contents of Cr and total Hg in brown rice of three-line hybrid rice in early rice were significantly higher than that of two-line hybrid rice. There was a significant positive correlation between Cd content in brown rice and Pb and total Hg content in medium rice, and there was a significant negative correlation between inorganic Cd content and inorganic As content, whereas there was no significant correlation between Cd and Cr content. In short, rice's absorption and accumulation of heavy metals is greatly affected by genetic background, species types, and heavy metal interactions.
Key concepts: Brown rice, Rice plant, White rice, Heavy metals, Chemistry, Horticulture, Agronomy, Oryza sativa