中期分裂

基本解释 (translations)

metakinesis  ·  metacinesis

与中期分裂相关的网络例句 [注：此内容来源于网络，仅供参考]

RESULTS: No Chromosome somatotype aberration was found in 100 metaphases in the experimental group.

结果：①每只实验动物观察100个中期分裂细胞，均未见染色体型畸变。

The final diagnoses of 12 patients were confirmed aschronic myeloid leukemia. The clinical diagnoses of another 2 pa-tients were acute myeloid leukemia, and the other 1 was secondarypolycythemia. Cytogenetically, the Ph~1 chromosomes were found among 11 of 12 pa-tients with CML, the mean of Ph~1 positive cells was 72.3%. The presenceof P...

在12例慢性粒细胞白血病中，11例Ph~1染色体为阳性(阳性率平均为72.3％)，1例为Ph~1阴性；2例急性粒细胞白血病患者的骨髓中期分裂细胞具Ph~1染色体者分别占1/4及1/5，其中1例还发现微小体；1例继发性红细胞增生症患者，70％的骨髓中期分裂细胞为Ph~1染色体阳性，并发现染色体碎裂细胞。

The final diagnoses of 12 patients were confirmed aschronic myeloid leukemia. The clinical diagnoses of another 2 pa-tients were acute myeloid leukemia, and the other 1 was secondarypolycythemia. Cytogenetically, the Ph~1 chromosomes were found among 11 of 12 pa-tients with CML, the mean of Ph~1 positive cells was 72.3%. The presenceof Ph~1 chromoso...

在12例慢性粒细胞白血病中，11例Ph~1染色体为阳性(阳性率平均为72.3％)，1例为Ph~1阴性；2例急性粒细胞白血病患者的骨髓中期分裂细胞具Ph~1染色体者分别占1/4及1/5，其中1例还发现微小体；1例继发性红细胞增生症患者，70％的骨髓中期分裂细胞为Ph~1染色体阳性，并发现染色体碎裂细胞。

The results showed that 4~8 Ag-NORs were observed in their metaphases respectively.

结果表明，在中期分裂相中各自的A g-NORs数在4-8个之间。

For transgenic mice,98%~100% of metaphases and 85%~94% of interphases showed hybridization signal.For negative control mice,100% of metaphases and 95%~96% of interphases showed no hybridization signal.

阳性转基因小鼠98%~100%的中期分裂相，85%~94%的间期核出现杂交信号；阴性对照小鼠100%的中期分裂相、95%~96%的间期核未出现杂交信号。

From 400 metaphases of the control group, 4 abnormal cells were found, with 1% chromatid-type aberration ratio.

对照兔在400个中期分裂相中见4个，单体畸变率为1%。

Meantime, 12 abnormal cells in 800 metaphases of the control group were found, with 1.5% chromatid-type aberration ratio.

实验兔在800个中期分裂相中见12个，单体畸变率为1.5%。

The results indicate that the different concentrations of As2O3 can induce high frequency of micronucleus and chromosome aberration.Besides,it can accumulate the metaphases in mitosis efficiently and prevent the cells from continuing their cell cycle.

结果表明：不同浓度的As2O3在不同处理时间内均能诱发较高的微核率和染色体畸变率，并能有效地积累中期分裂相，阻止其进入后期与末期。

In order to determine the optimalconcentrations, and treatment durations of two kinds of spindle inhibitors——colchicine and vinblastine, we added different concentrations of them to CZB,respectively. Second, hypotonic treatment were carried out to pick out the besthypotonic fluid, thus we gained the ideal experimental parameter and evaluatedthe metaphases for four grades.

实验中分别添加不同浓度的两种纺锤体阻断剂——秋水仙素和长春花碱进行不同阻断培养时间的实验以确定阻断剂的最佳处理浓度和时间，并以不同低渗液对胚胎进行低渗处理以确定最佳的低渗液种类，从而获得了理想的实验参数，进一步对得到的中期分裂相进行了分级评定。

Sowe selected the colchicine optimum parameters were 0.6μg/ml and 6 hour culturedduration.The second, there were no significantly differences between the four groupsin 2 hour groups; and there were significantly differences between 0.2μg/ml groups and other three groups in 4 hour groups; and there were no significantlydifferences between the four groups in 6 hour groups; and there were significantlydifferences between 0.4μg/ml groups and other three groups in 8 hour groups onthe metaphases (P＜0.05), in the experiment of the effect on the mouse 8-cellembryo stage single blastomere of colchicine with different concentrations andduration by x~2 statistical analysis.

根据实验的实际情况，适宜制备小鼠4-细胞期胚胎单卵裂球染色体标本的秋水仙素的处理浓度和时间是0.6μg／ml和6小时。2、在确定秋水仙素不同处理浓度和时间对小鼠8-细胞期胚胎单卵裂球中期分裂相数影响的实验中，经统计分析，阻断培养2小时组中四个浓度组差异均不显著；阻断培养4小时组中0.2μg／ml浓度组与其他三组差异显著；阻断培养6小时组中四个浓度组差异均不显著；阻断培养8小时组中0.4μg／ml浓度组与其他三组差异显著(P＜0.05)。

与中期分裂相关的网络解释 [注：此内容来源于网络，仅供参考]

homologous chromosomes：同源染色体

同源染色体(homologous chromosomes)有丝分裂中期看到的长度和着丝点位置相同的两个染色体,或减数分裂时看到的两两配对的染色体. ...同源染色体上常含有不同的等位基因,减数分裂时又进行了交换并随机地分配到不同的性细胞中去,这对于遗传重组有重要意义.

karyotype：染色体核型

3、细胞分裂期染色体分裂期染色体=一对姐妹染色单体(Chromatid) 有丝分裂中期46条染色体按大小和形状排列的的光学显微镜图像称为人的染色体核型(Karyotype) 三、染色体的结构要素.

metaphase：分裂中期

伴胞是薄壁组织束(Parenchyma strands)的构成成分,这由于结构异染色质(Constitutive heterochromatin)的分布难以描述,很难解释木兰藤属的结构的核结构以及C带的一些结果可以推测,在分裂中期(Metaphase)的整个染色体上都分

metaphase arrest：中期停顿

binary fission 二分[分]裂 | metaphase arrest 中期停顿 | meiosis, maturation division 减数分裂

Metaphase analysis：分裂中期相分析

Metaphase 中期 | Metaphase analysis 分裂中期相分析 | Metaphase cell 分裂中期相细胞

Metaphase cell：分裂中期相细胞

Metaphase analysis 分裂中期相分析 | Metaphase cell 分裂中期相细胞 | Micronucleus 微核

midyear：學年中期的

Divided分離的;被分割的;分裂的 | Midyear學年中期的 | Currency通貨,貨幣

pronucleus：原核

蛙卵是一种最广泛使用的胚胎学实验材料,在成熟卵受精之前,暂时停顿在细胞减数分裂的第二分裂中期(metaphaseII),在受精后继续完成分裂,与来自精子的原核(pronucleus)结合,细胞内发生种种变化,暂停的细胞又开始分裂,新生命由此诞生.

prophase：分裂前期

而分裂期通常分作分裂前期(Prophase)、前中期(Prometaphase)、中期(Metaphase)、后期(Anaphase)和末期(Telophase)5个阶段...每一染色体的两个染色单体分开,并向相反方向移动,接近各自的中心体,染色单体遂分为两组.

metakinesis：中期分裂

metakaolin 偏高岭土 | metakinesis 中期分裂 | metakliny 基团位变