- 更多网络例句与蛋白核相关的网络例句 [注：此内容来源于网络，仅供参考]
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As far as to be concerned, the allelopathic effects of Syngonium podophyllum extracts showed inhibition effect on Chlorella pyrenoidosa at first and then promotion effect, while Ficus microcarpa showed steadily inhibitory effects.
从化感作用的效果上看，合果芋浸提液对蛋白核小球藻呈现先抑制后促进的作用特性，而榕树浸提液始终具有抑制作用。
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The evaluative comparative result with protein showed that the foods of Chlorella pyrenoidosa, Scenedesmus obliquus and two kinds of yeast have bester nutritional value.
本项综合结果显示，蛋白核小球藻、斜生栅藻和两种酵母的蛋白质营养价值较高。
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Objective To study the influence of chlorella on the immune system of healthy mice.
目的 探讨破壁蛋白核小球藻对健康小鼠免疫系统的影响。
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Objective: To study the influence of chlorella on the cellular immune system of healthy mice.
目的：探讨蛋白核小球藻对健康小鼠细胞免疫系统的影响。
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Daxx can be localized in promyleocytic leukaemia protein oncogenic domains, nucleoplasm. nucleolus, cytoplasm, and heterochromatin.
Daxx可定位于早幼粒细胞白血病蛋白核体、核质、核仁、胞浆和异染色质。
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Allelopathy of Chlorella pyrenoidosa caused by different tissue and different concentration extracts of two terraneous plants (Syngonium podophyllum and Ficus microcarpa) was investigated. The results showed that both of the extracts of two terraneous plants had allelopathy on Chiorella pyrenoidosa, but they showed different intensity. The allelopathic inhibition effects of Ficus microcarpa is stronger and steadier than Syngonium podophyllum in generally.
通过合果芋和榕树两种陆生植物不同浓度、不同部位浸提液对蛋白核小球藻化感作用的研究，结果表明：两种植物对蛋白核小球藻都具有化感作用但强度不同，榕树的抑制效果比合果芋强且稳定。
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Pyrenoid A protein structure found in the chloroplasts of green algae and hornworts.
淀粉核，蛋白核：在绿藻和角苔的叶绿体中所发现的蛋白质结构。
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Especially, the Rubisco activase as well as whole enzyme of Rubisco were distributed in the starch sheath and the surface of pyrenoid. It was demonstrated the pyrenoid had close relationship with photosynthesis.
此外小球藻Rubisco全酶的分子定位也表明全酶在蛋白核的表面较多的分布，从而进一步证明蛋白核与光合作用关系密切，并且蛋白核的光合功能可能主要在其表面。
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Those may be the structure for pyrenoid photosynthesis. The starch sheath embedded the pyrenoid. The pyrenoid could be divided into three types according to their structure.
并观察到蛋白核与叶绿体基质有多处联系，蛋白核内的类囊体发生膨大，并在莱茵藻蛋白核中观察到有数个类囊体堆积，这些细微结构功能还不清楚，可能与蛋白核行使光合功能有关。
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However, the cell wall cultured at high concentration of Cu2+(10～200 mg/L) was clearly thickened and became multiple layers, and the pigment decreased and the pyrenoid became one or disappeared. Low concentration of Cu2+(0.01 mg/L, 0.1 mg/L) did not affect the growth of Chlorococcum sp., but the growth became slow and even negative beyond the concentration of 0.1 mg/L.
与对照BG11培养的绿球藻比较，0.01～1 mg/L Cu2+浓度下培养的绿球藻，细胞壁无明显增厚，色素没有多大变化，但蛋白核由一个变为多个；而在高浓度(10～200 mg/L Cu2+)下，细胞壁明显增厚为多层，色素减少，蛋白核减少并回复到1个或消失。
- 更多网络解释与蛋白核相关的网络解释 [注：此内容来源于网络，仅供参考]
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histone：组蛋白
(二)组蛋白(histone):一类小的带有丰富正电荷lt;富含lys,arg)的核蛋白,与dna有高亲和力.组蛋白分 类: 1.核小体肌醇 磷酸组蛋白,h2a,h2b,h3,h4. 赖氨肌醇维口服液量较小(102-135aa) 作用:盘绕dna形成核小体. 2.h1组蛋白:较大(220aa),
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nuclear lamina：核纤层
╬※ 核纤层(nuclear lamina)是分布于内核膜与染色质之间紧贴于内核膜的一层网络结构,10-20nm厚,由一层特殊的中间纤维呈正交网络组成. 在鸟类和哺乳动物类细胞中,构成核纤层的中间纤维蛋白有三种多肽,即核纤层蛋白A、核纤层蛋白B、核纤层蛋白C.
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nucleohistone：核组蛋白
nucleogenesis 核起源 | nucleohistone 核组蛋白 | nucleohistone 核组朊
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nucleohistone：核组织蛋白
nucleoglucoprotein核糖蛋白 | nucleohistone核组织蛋白 | nucleoid核状的;核状体
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nucleoid：拟核
细菌没有核膜,染色体DNA被压缩成"拟核"(nucleoid)结构,它占据细菌细胞相当大的一部分空间. 细菌染色体DNA附着在细菌细胞质膜内表面的一个点上. 在细菌细胞中有一些与真核组蛋白性质类似的"类组蛋白",其中作过详细研究的是HU蛋白,
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paranuclein：核白蛋白
paranucleate 副核酸盐 | paranuclein 核白蛋白 | paranucleoalbumin 副核白蛋白
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pyrenoid：蛋白核, 淀粉核
pyranose 吡喃糖 bǐnántáng | pyrenoid 蛋白核, 淀粉核 dànbáihé, diànfěnhé | pyrethrins 除虫菊酯 chúchóngjúzhǐ
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compound pyrenoid：复蛋白核
compound pump | 复式唧筒 | compound pyrenoid | 复蛋白核 | compound quadratic form | 复合二次形式, 复合二次型
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lamin：核层蛋白
此荧光染色型与抗核层蛋白(Lamin)抗体相关. 抗dsDNA抗体亦呈核膜型,或呈周边型. 须经过特殊处理才能鉴别. 免疫印迹法证明,抗核层蛋白分三型:LaminA、B、C,LaminA和C常见于自身免疫性肝炎;LaminB见于SLE. 英利昔单抗治疗组,
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eukaryote, eucaryote：真核细胞,真核生物
真核 eukaryon, eucaryon | 真核细胞,真核生物 eukaryote, eucaryote | 优角蛋白,真角蛋白 eukeratin