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   分子解剖学 的翻译结果: 查询用时:0.019秒
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分子解剖学
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  molecular anatomy
     Methods Analyse and study meridian essence from achievments attained by molecular anatomy, cytophysiology, cellular pharmacology, etc.
     方法 :从分子解剖学、细胞生理学、细胞药理学等方面已取得成果 ,多层面分析、探讨。
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  “分子解剖学”译为未确定词的双语例句
     Morphologyical anatomical studies on Betulaceae vessel element from Helongjiang Province, China
     黑龙江桦木科植物导管分子解剖学研究
短句来源
     The adaptive significance of the morphological characteristics of vessel elements in the petiole was discussed.
     讨论了叶柄导管分子解剖学特征的适应意义。
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  相似匹配句对
     10 ?
     分子
短句来源
     Morphologyical anatomical studies on Betulaceae vessel element from Helongjiang Province, China
     黑龙江桦木科植物导管分子解剖学研究
短句来源
     The Considerations on the Origin of Modern Language by Fossil Anatomy and Genetics
     现代语言起源的化石解剖学分子遗传学思考
短句来源
     MOLECULAR MATERIALS
     分子材料
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     Sectional anatomy of the parapharyngeal spaces
     咽旁间隙的断层解剖学
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  molecular anatomy
Examples of the actions of certain peptides in the periphery and in the central nervous system are given, and their biosynthesis and molecular anatomy as carriers for information are discussed.
      
Dissecting the molecular anatomy of persistent infection with lymphocytic choriomeningitis virus
      
Molecular anatomy of the perivascular sheath in human placental stem villi: the contractile apparatus and its association to the
      
This review focuses on major advances in understanding the hair cell afferent synapse molecular anatomy and function that have been achieved during the past years.
      
Molecular anatomy: Phyletic relationships derived from three-dimensional structures of proteins
      
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Purpose To approach meridian essence. Methods Analyse and study meridian essence from achievments attained by molecular anatomy, cytophysiology, cellular pharmacology, etc.. Conclusion Meridian essence in traditional Chinese medicine will be explored in study advances of cytobiology, molecular biology and other sciences.

目的 :探讨经络实质。方法 :从分子解剖学、细胞生理学、细胞药理学等方面已取得成果 ,多层面分析、探讨。结论 :传统中医的经络现象之秘将会在细胞生物学、分子生物学等边缘学科研究进展中得以揭示

The vessel elements in the secondary xylem of 13 species in 6 genera of Juglandaceae from China were studied comparatively,including the length and tangential diameter of vessel elements,obliqueness of end walls,the type of perforation plates,the shape and the distribution of pores,vessel frequency and the value in variation,etc.This paper verified that Engelhardtia and Cyclocarya are among the most primitive genera. Platycarya and Carya are more evolutionary.The series of the six genera of Juglandaceae...

The vessel elements in the secondary xylem of 13 species in 6 genera of Juglandaceae from China were studied comparatively,including the length and tangential diameter of vessel elements,obliqueness of end walls,the type of perforation plates,the shape and the distribution of pores,vessel frequency and the value in variation,etc.This paper verified that Engelhardtia and Cyclocarya are among the most primitive genera. Platycarya and Carya are more evolutionary.The series of the six genera of Juglandaceae are also discussed in this paper.

通过对国产胡桃科 6属 1 3种植物所做的次生木质部导管分子的长度、弦径、端壁斜度、穿孔板类型、管孔形状及其排列、导管密度及其在分类中作用的解剖学研究 ,证实了从导管分子来看黄杞属和青钱柳属是相当原始的属 ,而化香树属、山核桃属是最进化的属 ,并根据导管分子的解剖学特征探讨了胡桃科各属间的进化顺序。

The anatomy of the mature leaf s petioles of one-year-old Bruguiera gyrnnorrhiza seedlings cultured in greenhouse was studied in this paper. The results are as follows: (1) Most of the vessel elements of the petioles of B. gynniorrhiza are of scalariform. Helical vessels and their transition type only account for a small porlion of the total vessels. However, there is a notable increase in the number of helical vessels and their transition type with increasing salinity. (2) The length of petioles, diameter and...

The anatomy of the mature leaf s petioles of one-year-old Bruguiera gyrnnorrhiza seedlings cultured in greenhouse was studied in this paper. The results are as follows: (1) Most of the vessel elements of the petioles of B. gynniorrhiza are of scalariform. Helical vessels and their transition type only account for a small porlion of the total vessels. However, there is a notable increase in the number of helical vessels and their transition type with increasing salinity. (2) The length of petioles, diameter and length of scalariform vessel el ements, and bar number of a scalariform perforation plate all exhibit of parabolic relationship with subslrale salinity. They maximized at salinity between 20 g/L and 30 g/L. (3) It is new phenomenon that there ,m two scalariform perforation plates, facing differently, at the polar of the vessel element of the petioles in the seedlings under 10 g/L treatment. (4) Under low salinity, the changes in the structure of vessel elements had the tendency to promote the transportation of water with increasing salinity. While under high salinity, it tend ed to raise the reliability of the water transportation. The adaptive significance of the morphological characteristics of vessel elements in the petiole was discussed.

对温室中培养在不同盐度下一年生木榄[Bruginera gyninorrhiza(L.)Poil]植株上成熟叶的叶柄离析研究的结果表明:1)木榄叶柄导管分子以梯纹导管为主,其次为螺纹导管及它们之间的过渡类型;随着盐度的升高,螺纹导管及它们之间的过渡类型有增多的趋势;2)而叶柄长度,梯纹导管分子的直径、长度及两端梯状穿孔板的横隔条数都与盐度呈抛物线关系,而它们的最大位出现在20‰-30‰,范围内;3)培养于盐度10‰的海水中的木榄叶柄中导管分子一端有出现两个朝向不同的梯状穿孔板现象;4)在低盐条件下,随着基质盐度的提高,导管分子的形态朝着有利于加快水分运输的方向发展,而在高盐环境下,导管分子的形态朝着增加水分运输的安全性方向发展。讨论了叶柄导管分子解剖学特征的适应意义。

 
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