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    The Differences of Chloroplast Ultrastructure and Their Relations of the Function in .Different Sugarbeet Varieties
    甜菜不同类型品种叶绿体超微结构的差异及其与功能的关系
    ULTRASTRUCTURAL DIFFERENCES OF RMV AND TMV INFECTED NICOTIANA TABACUM MESOPHYLL CELLS FOR DISTINGUISHING VIRUS STRAINS
    用感染病毒细胞超微结构的差异区分RMV及TMV株系
    Structural changes of randomly selected 20 cells in each group were recorded for statistic analysis.
    细胞经处理后 ,采用透射电子显微镜观察细胞超微结构变化 ,单盲下随机计数 2 0个细胞 ,统计各组细胞超微结构差异
    Ultrastructures of the MC and MCS were observed by transmission electron microscopy.
    利用透射电镜比较MCS与MC超微结构的差异。
    Objective To compare the ultrastructure of enamel and dentin treated with experimental self-etching primers A1? A2? B1?
    目的:通过扫描电镜观察,比较研究自行研制的自酸蚀处理剂A1、A2、B1、B2与现有商品自酸蚀处理剂Contax、SEBond处理牙釉质、牙本质的超微结构差异
    UITRASTRUCTURAL DIFFERENCE BETWEEN THERMO-RESISTAND AND THERMO-SENSITIVE CULTIVARS OF BRASSICA CAMPESTRIS UNDER HEAT STRESS
    热胁迫下不结球白菜耐热感热品种超微结构的差异
    Observationoftheultrastructurediferenceamongthethreetypesofscaronhumanbody.
    人体三种类型瘢痕的超微结构差异
    ULTRASTRUCTURE DIFFERENCES OF IN VITRO COTTON FIBER AND NATIVE COTTON FIBER
    试管棉纤维与天然棉纤维超微结构的差异(简报)
    Difference in relative conductivity and ultrastructure of leaf between two wheat cultivars with different thermotolerance under heat acclimation and heat stress
    不同耐热性小麦品种在热锻炼和热胁迫下叶片相对电导率及超微结构的差异
    two order differential coefficientspectrum and fuzzy clustering analysis method based on super micro structure difference;
    基于海藻超微结构差异的二阶导数法、模糊聚类分析法;
    1. The spermatozoa ultrastructure in ConocephalidaeThere is not distinct difference in spermatozoa ultrastructure between species in the genus Conocephalus of this family.
    1.草螽科精子超微结构的特点 草螽属种间精子超微结构差异不显著。
    Furthermore, relationship of two genera is consanguineous, their punctates on the elytra are also similar .
    纹吉丁属和近缘属鞘翅刻点的超微结构差异明显,亲缘关系近的类群,鞘翅刻点的形态较相似。
    Some meaningful results were obtained.
    并对自养、异养和混养条件下螺旋藻超微结构的差异进行表征,取得了一些有意义的结果。
    No relationship between ultrastructure of nodule's central zone and dry environment has been found in this study, although there is an obvious structural difference among tested legume species.
    而在根瘤的中心区,3种豆科植物超微结构差异较大,未发现一种普遍的能与周围干旱生态环境直接相关的根瘤中心区结构特征,表明根瘤皮层结构的改变足以抵御外界干旱的条件。
    Marked differences were found between the Nosema bombycis (N.b) spores and MG1spores. In the N.
    家蚕微孢子虫(NosemabombyciS)和MG1两种孢子超微结构差异显著。
    Inordertostudytheultrastructurediferenceamongthethreetypesofscar,thetextureobservationofsurfaceandcross-sectionofthescarswasdoneon6casesofhyperplasticscar,3casesofkeloidand4casesofatrophicscarbyusingthescanningelectronmicroscopy(SEM).
    为研究三种类型瘢痕的超微结构差异,作者应用扫描电镜对6例增生性瘢痕,3例瘢痕疙瘩及4例萎缩性瘢痕的表面及切面结构进行了观察。
    The results indicate that the ultrastructural changes due to viral infection may be useful for distinguishing various RMV and TMV strains.
    本项研究表明,被感染细胞超微结构的差异可作为RMV和TMV株系区分的依据.
 

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