2010•T'u Jang T'ung PaoRequires access

Mn-hyperaccumulator and Their Hyperaccumulating Mechanism

HU Mian-hao, Yuan Juhong, Yang Xiao-e

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Abstract

Hyperaccumulator is an essential part of phytoremediation.So far,480 species of hyperaccumulator have been found,but 329 specie of which were Ni-hyperaccumulating plant and there were only 13 species Mn-hyperaccumulating plant.The hyperaccumulating mechanism of Mn-hyperaccumulator were reviewed from heavy metal activated,absorbed,transported,translocation and regulated in plant.

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What this paper is about

Hyperaccumulator is an essential part of phytoremediation.So far,480 species of hyperaccumulator have been found,but 329 specie of which were Ni-hyperaccumulating plant and there were only 13 species Mn-hyperaccumulating plant.The hyperaccumulating mechanism of Mn-hyperaccumulator were reviewed from heavy metal activated,absorbed,transported,translocation and regulated in plant.

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Available abstract

Hyperaccumulator is an essential part of phytoremediation.So far,480 species of hyperaccumulator have been found,but 329 specie of which were Ni-hyperaccumulating plant and there were only 13 species Mn-hyperaccumulating plant.The hyperaccumulating mechanism of Mn-hyperaccumulator were reviewed from heavy metal activated,absorbed,transported,translocation and regulated in plant.

Key concepts: Hyperaccumulator, Phytoremediation, Mechanism (biology), Heavy metals, Chemistry, Environmental chemistry, Physics, Quantum mechanics

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