nucleoplasm中文是什么意思

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用"nucleoplasm"造句"nucleoplasm"怎么读"nucleoplasm" in a sentence"nucleoplasm"的同义词

中文翻译手机版

n.
【生物学】核原生质。
adj.
-ic

"nucleoplasm, karyoplasm" 中文翻译 : 核质
"nucleophyllic chemical adsorption" 中文翻译 : 亲核化学吸附
"nucleoplasmic ratio" 中文翻译 : 核质比率
"nucleophosphatase" 中文翻译 : 核酸磷酸酶; 核苷酸酶
"nucleoplasmin" 中文翻译 : 核质蛋白[与染色体解凝及核小体装配有关的一种酸性热稳定蛋白; 核质素
"nucleophobia" 中文翻译 : 核恐怖症; 恐核症
"nucleopolyhedrosis" 中文翻译 : 核多角体病
"nucleophilicity" 中文翻译 : 亲核性
"nucleopore" 中文翻译 : 核孔
"nucleophilic superdeloca lizability" 中文翻译 : 亲核超离域度

例句与用法

The nucleoplasm is surrounded by the nuclear envelope .
核质被核膜包裹。
Having discussed the various special structural regions of the nucleus, there remains the nucleoplasm .
上面已讨论了核的各种特殊结构区域，但未提及核浆。
The results of these early research work showed that rna polymerase transcription was localized in the nucleoli and rna polymerase and in the nucleoplasm
当时的研究结果显示： rna聚合酶的转录发生在核仁内， rna聚合酶和rna聚合酶的位于核质中。
In recent years , more and more scientists presumed that rna polymerase transcription might not occur in the nucleoplasm but in the nucleoli . nevertheless , the possibility has not been proved directly
近几年，有许多学者相继提出了rna聚合酶有可能在核仁区域内发生转录的观点，但是这一观点至今还没有得到直接的实验证据的支持。
At low concentration of zn , the changes in ultrastructure were nuclei deformation , chloroplast swelling and disorder of thylakoid arrangement ; serious damages in ultrastructure caused by greater zn stress were indicated by scattered nucleoli , condensed chromatin , almost empty nuclei with nuclear membrane disrupted and nucleoplasm flowing into cytoplasm , swollen and partly dissolved cristae of mitochondria , disrupted and collapsed chloroplast envelopes , and some dissolved thylakoids that flew into cytoplasm
超微结构的变化也呈现加重趋势，低浓度处理的变化为细胞核变形、叶绿体膨胀、类囊体排列紊乱；严重的超微结构的损伤是核仁散开、染色质凝集，细胞核几乎成为空核和核膜破裂，核质散出；线粒体脊突膨胀和部分溶解；叶绿体膜断裂、消失和部分类囊体溶解和散到细胞质中。
It was showed under the laser scanning confocal microscopy that : for dna level fish , 81 % of the dnas were in the nucleoli and at the periphery of the nucleoli and 19 % in the nucleoplasm ; for rna level fish , 22 % of the rnas were in the nucleoli , 78 % in the nucleoplasm and at the boundary between it and the nucleoli ; for dna - rna level fish , 25 % , 46 % and 29 % of the dnas or rnas were in the nucleoli , at the periphery of the nucleoli and in the nucleoplasm , respectively
结果如下： dna水平荧光原位杂交结果显示， 81的dna位于核仁内部及其核仁周边区域， 19的位于核质中； rna水平荧光原位杂交结果表明， 22的rna位于核仁内， 78的位于核质及与核仁交界处； dna - rna水平荧光原位杂交结果是， 25的dna或rna位于核仁内， 46处于核仁周边， 29位于核质中。由此推测出， rna聚合酶的转录主要发生在核仁及其周边区域。
Gfp - oscam61 was transported into the nucleoplasm upon a block in isoprenoid biosynthesis by mevinolin treatment of tobacco cells . these results indicate that the prenylated oscam61 molecules are mainly membrane - associated while its unprenylated counterparts are transported into the nucleoplasm . thus , oscam61 may play functions in coordinating ca2 + signaling with isoprenoid metabolism
用抑制异戊烯合成途径的mevinolin处理转化了gfp - oscam61的烟草细胞，原来定位于膜上的gfp - oscam61则进入细胞核，说明异戊烯化的oscam61结合在膜上而它的非异戊烯化形式存在于细胞核质中，因此， oscam61同时受钙信号和异戊烯代谢的调控，并可能在钙信号传递和异戊烯代谢的协调过程中发挥功能。
It is inferred that its active transcription occurs in the same region , not the nucleoplasm . the result will help us to further comprehend the mechanism of rna polymerase transcription , the way of its transcripts processing and transport , and the structural and functional relationship among the three rna polymeraes
这一结果不仅直观地向人们表明了rna聚合酶在真核细胞核中的转录位点，而且对于人们进一步认识和理解rna聚合酶的转录机制、其转录产物的加工运输途径、以及真核细胞当中不同的rna聚合酶间的组织和调控关系都将有着重要的理论意义。
From these results , it is inferred that the active transcription of pol iii occurs in the nucleoli and its periphery region , but not the nucleoplasm . the result will help us to further comprehend the mechanism of rna polymerase iii transcription , the way of its transcripts processing and transport , and the structural and functional relationship among the three rnapolymeraes
本实验为rna聚合酶在真核生物细胞核中的转录位点提供了较为直接的证据，这对人们进一步了解rna聚合酶的转录机制、加工和运输过程及三种rna聚合酶之间的结构与功能关系具有重要的意义。
The results of these early research work showed that rna polymerase iii transcription was localized in the nucleoplasm . however , with the development and the application of new technologies since 1990s , the controversy arose on the transcription sites of rna polymerase iii . in recent years , more and more scientists presumed that rna polymerase iii transcription might not occur in the nucleoplasm but in the nucleoli
自上个世纪八十年代初期，人们相继运用细胞化学染色、电镜放射自显影等进行研究的结果表明： rna聚合酶的转录发生在核质中，但随着新的研究技术的发展和应用，人们却发现rna聚合酶的转录可能发生在核仁中，从而对早期的研究结果提出了质疑。