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机译:接种植物生长促进细菌<重点型=“斜体”>芽孢杆菌强调> SP。 YM-1减轻了Pb对Pakoi的毒性
College of Resources and Environmental Science Northeast Agricultural University;
College of Resources and Environmental Science Northeast Agricultural University;
College of Resources and Environmental Science Northeast Agricultural University;
College of Resources and Environmental Science Northeast Agricultural University;
College of Resources and Environmental Science Northeast Agricultural University;
College of Resources and Environmental Science Northeast Agricultural University;
College of Resources and Environmental Science Northeast Agricultural University;
College of Resources and Environmental Science Northeast Agricultural University;
College of Resources and Environmental Science Northeast Agricultural University;
Pb; Bacillussp. YM-1; Plant growth-promoting activity; Immobilization; Phytotoxicity;
机译:接种植物生长促进细菌<重点型=“斜体”>芽孢杆菌强调> SP。 YM-1减轻了Pb对Pakoi的毒性
机译:小麦吸管的生物降解<重点型=“斜体”> Ochrobactrum oryzae Emphasis> Bmp03和<重点型=“斜体”> Bacillus Emphasis> Sp。 BMP01细菌通过增加总还原糖产量来提高生物燃料生产
机译:小麦吸管的生物降解<重点型=“斜体”> Ochrobactrum oryzae Emphasis> Bmp03和<重点型=“斜体”> Bacillus Emphasis> Sp。 BMP01细菌通过增加总还原糖产量来提高生物燃料生产
机译:植物生长细菌(PGPB)对切尔诺贝利和福岛土壤中不同电离辐射水平的适应
机译:叙利亚和加利福尼亚两个地中海型干旱地区的植物生态学比较,着重于二十种优势物种的自生生态。
机译:铜污染农业土壤中植物促生长细菌(PGPB)接种对油菜生长的抗氧化活性铜吸收和细菌群落结构的影响
机译:当用芽孢杆菌SP接种时,利马豆品种显示出不同的生长反应。,植物生长促进细菌