• 固氮酶活性测定,PA19PA2PK1菌株具有较强固氮酶活性

    The results showed that PA19, PA2 and PK1 strains had high nitrogenase activities.

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  • 还使单株固氮酶活性(乙炔还原法测定)显著降低,用高浓度铬处理瘤固氮活性显著降低。

    Chromium treatment significantly decreased nodule Numbers, nodule fresh weight, leghemoglobin content and nitrogenase (acetylene reduction) activity per plant or per gram of nodules.

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  • 浓度硝酸盐生育前期吉林20根瘤固氮酶活性有促进作用,酰脲含量增加生育后期抑制作用

    If low nitrate concentration was applied to Jilin 20, its nodule nitrogenase activity and ureide content were increased in early growth period, but were inhibited in later growth period.

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  • 固氮酶活性来看,西安地区草地开发潜力优良菌株相对较多,X4X1兰州地区的相对较少。

    There were many good strains which had such potential such as X4 and X1 in Xi 'an only in consideration of nitrogenase activity. But few strains with such ability were isolated from Lanzhou.

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  • 此外,甘蔗固氮菌固氮酶活性之间关系较为密切,根中固氮菌的固氮酶活性叶片茎中的都呈相关。

    There was a negative correlation between the nitrogenase activities of nitrogen fixing bacteria in root and that in leaf and stem.

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  • ATP结合部位固氮酶的调节部位;乙炔还原活性部位是固氮酶催化部位;

    ATP binding sites are regulatory sites in the nitrogenase and the acetylene reduction active sites are catalytic sites in the nitrogenase.

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  • ATP结合部位固氮酶的调节部位;乙炔还原活性部位是固氮酶催化部位;

    ATP binding sites are regulatory sites in the nitrogenase and the acetylene reduction active sites are catalytic sites in the nitrogenase.

    youdao

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