大豆属植物导管分子中不同类型内含物的研究。
Study on the different types of inclusion in vessel elements of glycine l.
导管分子很短，单穿孔，无穿孔的输水分子具单纹孔；
Tracheal element is very short, sheet is perforative, have odd grain opening without perforative element is defeated by water;
含笑属植物的导管分子大多具有梯状穿孔板，仅有一种可看到单穿孔板。
In contrast, most of the Michelia species possess scalariform perforation plates and only one with simple perforation.
随着空气相对湿度的增加，导管分子长度和直径均增大，射线频率减小。
With the increase of relative humidity, both length and diameter of vessel element increased, as well as the frequency of rays.
本文对毛茛科38属88种植物导管分子的穿孔板结构进行了比较观察。
This paper deals with comparative studies of the perforation structures of vessel elements in 88 species of 38 genera of Ranunculaceae.
这意味着桃树接穗对砧木根系导管分子的类型与直径产生了一定的影响。
These results indicate peach scion had a certain impact on the type and diameter of vessel elements in root system of stock.
目的澄清国槐导管分子特征，丰富其人工栽培及资源鉴定的基础性资料。
ObjectiveTo clarify the vessel element characteristics of Sophora japonica so to enrich the basic data of cultivation and resources survey.
在导管分子中，存在着梯状穿孔板、网状穿孔板、混合型穿孔板和单穿孔板；
The form of the perforation plates in the typical vessels are various, divide into several subtypes:scalariform perforation plates, reticulate perforation plates.
木莲属的所有种中都有具梯状穿孔板的导管分子，但在少数种中偶然可见到单穿孔。
Manglietia species all have scalariform perforation plates, only a few also have simple perforations.
根据观察结果，对导管分子穿孔板的演化及黄三七属植物的系统位置进行了分析。
The evolution of the perforation plates of the vessel elements and the systematic position of genus Souliea were discussed in the paper based on the present observation .
纤维分子长度普遍大于导管分子长度，而纤维分子的口径也普遍小于导管分子的口径。
The longer the vessel molecule is, the smaller the aperture is, the shorter the vessel molecule is, the bigger the diameter is, the length of the fiber cell is longer.
运用细胞图象分析系统及显微照相的方法对柚木次生木质部导管分子进行了观察研究。
The vessel elements of secondary xylem in Tectona grandis are observed and studied by cell image analysis system and micrography.
PAL活力与刺槐胚轴或幼茎的维管系统即导管分子的数量和木质化程度增长趋势相一致。
And the activity of PAL coincided with the increasing tendency of the Numbers of vessel element in the plumular axis or juvenile stem of robinia and its degree of lignification as well.
其他三种类型的大豆导管分子中只含有细胞型侵填体，栽培大豆导管分子中侵填体数量较少。
But only cellular type of tylosis in vessel elements of three other types of soybean. The quantity in semi-wild soybean is more, but is less in Glycine Max.
病菌从伤口进入导管后菌丝向上扩展的速度在抗病品种中较感病品种中慢，原因可能在于导管分子类型不同；
The hypha expansion upward in the vessels of resistant cultivar was slower than that of susceptible one as result of limitation from short vessel elements.
利用偏光显微镜和明场显微镜，首次报道了模式植物金鱼草幼苗初生维管系统木质部导管分子的发育、形成和连接过程。
The process of vessel element ' s promotion, formation and connection in primary xylem of antirrhinum majus, a model plant, was observed through micropolariscope and bright - field microscope.
本文对我国木兰科的39种木兰属和含笑属植物次生木质部的导管分子进行了初步分析。两属导管分子的长度和宽度略有差异。
This paper deals mainly with comparative studies on elements of secondary xylem in 39 species of Chinese Magnolia and Michelia.
研究结果显示，RGD高分子材料导管具有良好的生物相容性，是一种理想的周围神经修复材料。
The results showed that the RGD macromolecule biomaterial possesses good biocompatibility and is one kind of ideal materials for peripheral nerve regeneration.
采用高紧密进口设备制造的导管，进口医用级热敏性高分子材料为原料，使导管具有良好的柔韧性和弹性，可降低病人在留置时的痛苦。
Imported medical grade heat-sensitive polymer materials as raw materials to make pipe has good flexibility and elasticity of. Can reduce the pain of patients in retention.
采用高紧密进口设备制造的导管，进口医用级热敏性高分子材料为原料，使导管具有良好的柔韧性和弹性，可降低病人在留置时的痛苦。
Imported medical grade heat-sensitive polymer materials as raw materials to make pipe has good flexibility and elasticity of. Can reduce the pain of patients in retention.
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