The leaf and pedicel of type - one , four and five had no air antrum and dental antrum 类型1 、 4和5的叶片和花梗无气腔、髓腔。
2.
Sixty cases of chronic hepatitis treated by spraying composite muskmelon fruit pedicel powder into nasal cavity 瓜蒂散喷鼻治疗慢性乙型肝炎60例
3.
The dissection structure of leaf and pedicel in fifteen narcissus materials was observed with paraffin section 通过石蜡切片法对15份水仙材料叶和花梗的解剖结构进行研究。
4.
Utility and rehabilitation of three kinds of neurocutaneous nutrient vessel and fascia pedicel retrograde island - shape skin slap 三种皮神经营养血管及筋膜蒂逆行岛状瓣的应用及康复
5.
Some narcissus had air antrum and dental antrum . there were 2 - 3 layers of vascular bundles in the leaf and pedicel tissue 水仙的叶肉组织中的维管束一般呈2 - 3排状排列，有些材料具气腔。
6.
Peduncle ca . 5 . 5 cm , arising from the leaf rosette , usually 1 - flowered ; pedicels ca . 1 . 3 cm , as is the peduncle purple - brown pilose 花序梗从叶丛中抽出，长5 . 5厘米，通常顶生1花；花梗长1 . 2 - 1 . 3厘米，与花序梗同被紫褐色长柔毛。
7.
Here we found g proteins also function in leaf , silique development and the yield of pollen microspore . we observed several traits or characters in the offsprings of gpal , agbl null mutation and gpa1 overexpression lines and found that the width of mutants " lamina is larger than that of the wild type , whereas the lamina length , petiole length and rosette diameter is smaller than the wild type , the ga overexpression lines is different from the mutants ; the silique length and the pedicel length is larger in mutants than that of wild type , and slightly smaller in overexpression lines than the control ; the morphometric character in silique tip is different in gpal from agbl mutants ; the yield of pollen microspore is larger in null mutants than wild type whereas smaller in overexpression lines 实验中我们跟踪观察了多代异三聚体g蛋白a亚基超表达转基因植株及a ， p亚基缺失突变体的表型特征，发现突变体的叶片宽度大于对应的野生型，叶片长度，叶柄长度及莲座直径小于野生型，而超表达植株的上述某些特征与突变体相反; gp时突变体的长角果长度，花梗柄部长度大于野生型，而超表达ga植株种英则略小于对照; gpal突变体长角果尖端未出现咭乙i突变体的特征: gpal ，口gbl突变体花粉生成量大于野生型，而超表达ga植株的花粉生成量则略小于对照。
8.
The pca results indicated that the characteristics of length , breadth , the angle of leaf basal in lamina and the characteristics of calyx - tube , corolla dimension and inflorescence pedicel in the flower were the main reasons leading to the morphological variations , and the f - test of single factor variance analysis verified the conclusion 主成分分析显示，叶部特征的长度、宽度、叶基夹角等，以及花部特征的花兽筒、花冠幅、花序总梗等是造成不同居群野生早樱表型差异的主要因素，单因素方差分析也印证了这一结论。
