首页> 外文期刊>International Journal of Phytoremediation >Making phytoremediation work better: maximizing a plant's growth potential in the midst of adversity.
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Making phytoremediation work better: maximizing a plant's growth potential in the midst of adversity.

机译:使植物修复更好地发挥作用:在逆境中最大限度地提高植物的生长潜力。

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摘要

While a number of different plants can either breakdown a variety of organic contaminants or hyperaccumulate metals from the environment, even the most efficient of those plants is typically inhibited by the presence of the toxicant(s). The plant stress that is induced by the presence of various environmental toxicants typically limits a plant's growth and ultimately its ability to phytoremediate the toxicant(s). Here, it is argued that the simple strategy of adding plant growth-promoting bacteria (preferably endophytes) that reduce plant ethylene levels by ACC deaminase activity and have the ability to synthesize the phytohoromone IAA, and are used to phytoremediate various toxicants can significantly (and often dramatically) increase both plant growth and phytoremediation activity in the presence of those toxicants.
机译:尽管许多不同的植物可以分解各种有机污染物或从环境中过度积累金属,但这些植物中即使是最有效的植物也通常会被有毒物质抑制。由各种环境毒物的存在引起的植物胁迫通常会限制植物的生长,并最终限制其植物对毒物进行植物修复的能力。在这里,有人认为添加通过ACC脱氨酶活性降低植物乙烯水平并具有合成植物激素IAA的能力的植物生长促进细菌(最好是内生菌)的简单策略可以显着地(和在这些有毒物质的存在下,通常会极大地提高植物的生长和植物修复活性。

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