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机译:Arabidopsis Xth4和Xth9有助于木材电池膨胀和二级墙体形成(1)([打开])
Swedish Univ Agr Sci Dept Forest Genet &
Plant Physiol Umea Plant Sci Ctr S-90183 Umea Sweden;
Swedish Univ Agr Sci Dept Forest Genet &
Plant Physiol Umea Plant Sci Ctr S-90183 Umea Sweden;
Swedish Univ Agr Sci Dept Forest Genet &
Plant Physiol Umea Plant Sci Ctr S-90183 Umea Sweden;
Swedish Univ Agr Sci Dept Forest Genet &
Plant Physiol Umea Plant Sci Ctr S-90183 Umea Sweden;
Swedish Univ Agr Sci Dept Forest Genet &
Plant Physiol Umea Plant Sci Ctr S-90183 Umea Sweden;
Swedish Univ Agr Sci Dept Forest Genet &
Plant Physiol Umea Plant Sci Ctr S-90183 Umea Sweden;
Swedish Univ Agr Sci Dept Forest Genet &
Plant Physiol Umea Plant Sci Ctr S-90183 Umea Sweden;
Univ York Ctr Novel Agr Prod Dept Biol York YO10 5DD N Yorkshire England;
Umea Univ Dept Chem SE-90187 Umea Sweden;
Univ York Ctr Novel Agr Prod Dept Biol York YO10 5DD N Yorkshire England;
Rice Univ Dept Biosci Houston TX 77005 USA;
Swedish Univ Agr Sci Dept Forest Genet &
Plant Physiol Umea Plant Sci Ctr S-90183 Umea Sweden;
Swedish Univ Agr Sci Dept Forest Genet &
Plant Physiol Umea Plant Sci Ctr S-90183 Umea Sweden;
机译:Arabidopsis Xth4和Xth9有助于木材电池膨胀和二级墙体形成(1)([打开])
机译:微管相关蛋白AtMAP70-5调节拟南芥木材细胞中的次级壁图案。
机译:草生物能源植物细胞壁苯基丙烷的特征及拟南芥中次生细胞壁形成所涉及的泛素连接酶的特征
机译:拟南芥次生壁形成的分析
机译:二次细胞壁生物合成和木质部发育的拟南芥基因调控网络。
机译:拟南芥XTH4和XTH9有助于木材细胞扩张和次生壁形成
机译:微管相关蛋白AtMAP70-5调节拟南芥木质细胞中的次级壁图案。