两年生植物，通常独生，有时生侧芽。
Biennial to perennial, single or occasionally offsetting rosette plants.
M6培养基适于侧芽生长和皮下组织诱导愈伤；
M6 medium was suitable for growth of side-bud and callus Induction of subcutaneous tissue.
蛋白质和氨基酸含量水平与侧芽分化数量相平行。
Content of protein and amino acid has positive relation with quantity of lateral bud differentiation.
活性炭强烈抑制侧芽的萌发，侧芽萌发率仅1%左右。
Active charcoal(0.5%)seriously inhibited bud initiation and the percentage reached only 1%.
这将导致侧芽苏醒并开始生长。结果是，植株生长的更加茂盛。
This causes buds to the side, called lateral buds, to wake up and start growing. The result: better plant development.
参试材料的上切口平滑枝数（X）与顶侧芽长度（Y）均呈极显著相关关系。
The number of stems with glossy top cutting surface ( X ) was in highly significant correlation with topside bud length ( Y) .
叶芽的隐芽不具萌发性，但是顶芽遭受损伤以后，下部侧芽能重新抽发新枝。
Additionally, the lateral buds would sprout out and become leading after the apex shoots were damaged.
由根尖产生并向地上运输的细胞分裂素在克服顶端优势，促进侧芽生长的过程中必不可少。
From root the sharp creation combine the cell division vegetable that transports toward the ground Be overcoming the top advantage, promote the essential to have in the process of the side bud growth.
目的检测坐骨神经端侧吻合后IGF-IR的表达规律，探讨其在促进侧芽生长中的作用。
Objective To study the law of IGF-IR expression and its role in promoting collateral sprouting after sciatic nerve end-to-side neu-rorraphy.
目的检测坐骨神经端侧吻合后IGF-IR的表达规律，探讨其在促进侧芽生长中的作用。
Objective To study the law of IGF-IR expression and its role in promoting collateral sprouting after sciatic nerve end-to-side neu-rorraphy.
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