Xyloglucan for Generating Tensile Stress to Bend Tree Stem

著录项

• 来源
  《分子植物》|2009年第5期|P.893-903|共11页
• 作者

  Kei＇ichi Baba; Yong Woo Park; Tomomi Kaku; R;

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• 作者单位

  Kyoto;

  University,;

  RISH,;

  Gokasho,;

  Uji,;

  Kyoto;

  611-0011,;

  Japan;

  Graduate;

  School;

  of;

  Bioagricultural-Sciences,;

  Nagoya;

  University,;

  Nagoya;

  464-8601,;

  Japan;

  Forest;

  Tree;

  Breeding;

  Center,;

  Hitachi,;

  Ibaraki;

  319-1301,;

  Japan;

  CBD;

  Technologies,;

  Rehovot;

  76100,;

  Israel;

  Division;

  of;

  Forest;

  and;

  Biomaterials;

  Science,;

  Kyoto;

  University,;

  Kyoto;

  606-8502,;

  Japan;

  Graduate;

  School;

  of;

  Frontier;

  Biosciences,;

  Osaka;

  University,;

  Suita,;

  Osaka;

  565-0871,;

  Japan;

  Institute;

  of;

  Sustainability;

  Science,;

  Kyoto;

  University,;

  Gokasho,;

  Uji,;

  Kyoto;

  611-0011,;

  Japan;

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• 原文格式 PDF
• 正文语种 CHI
• 中图分类 杨;
• 关键词

  弯曲成形; 葡聚糖; 应力木; 次生木质部; 转基因杨树; 树干; 拉伸; 被子植物;