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- monokaryotic protoplast 单核体
- PROTOPLAST PREPARATION FORM DIASPORANGIUM SP. 轮梗霉原生质体的制备。
- Protoplast Culture and Genetic Transformation of Zea mays L. 笋玉米原生质体培养及遗传转化的研究。
- Application of He-Ne Laser in Heterogeneous Protoplast Fusion[J]. 引用该论文 朱振华;胡欣荣;陈五岭;陈亮.
- The monokaryotic microspore had a big nucleus and abundant organelles. 单核小孢子时期，细胞核大，细胞器丰富。
- Dikaryosis is common in ascomycetes and basidiomycetes, and results from the fusion of two monokaryotic mycelia of different mating types. 这种现象普遍存在于子囊菌和担子菌中。是两个不同交配类型的单核菌丝体融合的结果。
- Factor Affecting the Protoplast Fusion Culture between Brassica napus L. And Matthiola incana B. 甘蓝型油菜与紫罗兰融合体培养的影响因素研究。
- A tubular growth which encloses the living protoplast is initially formed the epidermal cells of the cotton seeds. 棉纤维最初是棉籽上表皮细胞突起延伸的管状结构，内部充满原形质。
- STUDIES ON PROTOPLAST PREPARATION AND REGENERATION OF TRICHODERMA VIRIDE PERS. EX FR. 绿色木霉原生质体的制备与再生研究。
- Establishment of a Protoplast Isolation System for Zizyphus mauritiana Lam. And Ziziphus jujuba Mill. 毛叶枣与冬枣原生质体分离体系的建立。
- An axial filament, with a similar structure to a bacterial flagellum, is spirally wound about the protoplast inside the cell wall. 在细胞壁内部，和细菌鞭毛有相同结构的轴向细丝包绕细胞质并使之螺旋化。
- Theseresults showed that CaM did act with Ca2+ during the modulation of protoplast swellinginduced by IAA or 6-BA. 表明钙调素在IAA和6-8A诱导绿豆下胚轴原生质体膨大过程中的境与Ca2+共同起着调节作用。
- And this shew that Protoplast Fusion and Mutagenisis were good for fungus breeding. 说明原生质体融合和诱变育种是筛选高效菌种的有效途径。
- Embryogenic suspension cell is ideal material of protoplast culture of gramineous plants. 胚性悬浮细胞是禾谷类作物原生质体培养的理想材料。
- Hygromycin B resistance was studied on the mycelium and protoplast of Lentinula edodes and Pleurotus ostreatus. 本实验首先确定潮霉素浓度对香菇和平菇菌丝和原生质体再生的影响。
- Basic work for the system establishment about protoplast culture and physiological research. 系统建立的基础性工作:原生质体培养与生理研究。
- After completed hydration of protoplast, outermost part of intine shed off, too. 最后，花粉内壁和细胞质因为水分渗透压的关系，彼此分离。
- This paper reviewed the latest achievements of protoplast fusion and gene engineering in producing rice male sterility. 摘要本文概述了原生质体融合、基因工程等生物技术在创造水稻雄性不育的研究进展。
- The result showed that the protoplast of rhizopus and candida can merge each other. 实验发现根霉和酵母有融合的可能。
- In the first part, biological characteristic of gigant protoplast separated from Phellinus igniarius was studied. 第一方面主要对桑黄的生物学特性进行研究，主要研究巨原生质体的分离、再生条件以及其显微和亚显微结构的差别。
