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n.[遗]染色单体；染色分体（chromatid的复数）
1、chromhidrosis green───铬汗绿
2、dichromate amu───重铬酸盐
3、chromatics 9n───色度学9n
4、chromatograph pronunciation───色谱仪发音
5、chromatically synonym───同义词
6、chromolithography can be defined as───彩色光刻可以定义为
7、chromos boje───铬（铬浏览器）
8、chromite chemical composition───铬矿化学成分
9、polychrome jasper───多色碧玉
10、collow chrome───科洛铬合金
1、Throughout prophase I, sister chromatids behave as a unit and are identical except for the region where crossover occurred.───在减一前期，除了交叉互换的时候，姐妹染色单体是作为一个整体而且是相同的，除了交叉互换的片段。
2、Then each chromosome is formed by the two chromatids.───这时每条染色体已是由两条染色单体构成了。
3、Centromere is the primary constriction on the chromosome, a region at which the sister chromatids are held together.───着丝点是染色体的主缢痕，在这个地方姐妹染色单体连在一起。
4、At the beginning of prophase the chromosomes each consist of two highly condensed chromatids attached to each other at a centromere .───FenLie前期，高度浓缩的两个染色单体通过着丝粒连接在一起。
5、Alternatively, like allopolyploids, they may arise by the nondisjunction of chromatids during the mitotic division of a zygote.───与异源多倍体相似的是，它们也是在有丝FenLie中合子的染色单体不分离形成的。
6、Next, during anaphase, the two sister chromatids of each chromosome split, and one from each pair is drawn toward each pole of the cell.───在FenLie后期，两个姊妹单体分离，分别拽向细胞两极。
7、Anaphase The stage in mitosis or meiosis when chromatids are pulled toward opposite poles of the nuclear spindle.───在有丝FenLie或者减数FenLie过程中染色单体分别朝相反的两极运动。更详细。
8、In meiosis it is not until anaphase II that the centromere divides, the chromatids being termed daughter chromosomes after separation.───在减数FenLie期间，直到FenLie后期II两条染色单体才随着着丝点的FenLie而彼此分开。更详细。
9、Each chromosome in pachytene actually have been composed of two chromatids.───在粗线期每条染色体实际已由两条染色单体组成。
1、The chromatids, once separated from their twins, can now be called chromosomes.
2、Then comes anaphase I: the quartet of chromatids are pulled apart so as to form two sets of paired chromatids.
3、Each chromosome consists of two chromatids held together by the centromere.
4、Chromatids --- The two parallel strands of chromatin, connected at the centromere, that constitute a chromosome after DNA synthesis.
5、At this stage, when the chromatids have been separated from each other, they can again be regarded as complete chromosomes.
6、Often this intertwining leads the chromatids of homologous chromosomes to actually exchange corresponding pieces of DNA, a process called crossing-over or genetic reassortment.
7、In diplotene the pairs of chromatids begin to separate from the tetrad formed by the association of homologous chromosomes.
8、Once the chromatids are separated they can be called chromosomes.
9、Following the replication of chromosomes, resultant chromatids remain attached at the centromere.