reciprocal translocation

reciprocal translocation 基本解释

网络  相互易位; 染色体相互易位; 易位; 交互易位; 平衡易位

医学

重点词汇

• reciprocala. 互惠的, 相互的, 相等的, 倒数的, 彼此相反的 n. 倒数, 互相起作用的事物
• translocationn. 改变位置, 易位 [医] 易位(染色体)

reciprocal translocation 双语例句

1. 1、 Background and objective: Philadelphia chromosome ( Ph) is the result of a t ( 9; 22) reciprocal chromosomal translocation and is the malignant clonal marker of chronic myeloid leukemia ( CML).
   研究背景与目的：第9号与第22号染色体相互易位形成的Ph染色体是慢性髓系白血病（Chronicmyeloidleukemia，CML）的肿瘤恶性克隆标志。
2. 2、 Objective To analyze the meiotic segregation results of male reciprocal chromosome translocation by fluorescence in situ hybridization ( FISH).
   目的探讨用精子荧光原位杂交（FluorescenceinSituHybridization，FISH）分析男性染色体相互易位携带者减数分裂的分离。
3. 3、 Conclusion For each reciprocal translocation carrier seems to have a particular meiotic segregation results, FISH analysis on sperm head should be done for each carrier in order to provide an accurate genetic counseling.
   结论不同的男性染色体相互易位携带者减数分裂的分离结果可能不同，对其行精子FISH分析有助于提供更准确的遗传咨询和行胚胎植入前遗传学诊断的预后估计。
4. 4、 Concerning Robersonian translocation, its incidence rate of spontaneous abortion was significantly higher than that in reciprocal translocation.
   罗伯逊易位携带者胚胎丢失率高于相互易位携带者。
5. 5、 Chronic myeloid leukemia ( CML) is characterized by the reciprocal translocation of chromosome 9;
   9号和22号染色体相互易位形成融合基因bcr／abl，是慢性粒细胞性白血病（CML）的主要发病机制。
6. 6、 Report on the reciprocal translocation ( 7:14) in a family
   染色体（7；14）相互易位一家系报告
7. 7、 A Case of 2; 9 reciprocal translocation
   一例t（2；9）相互易位报告
8. 8、 Cytogenetic Studies on a reciprocal translocation Between Chromosomes 1B and 4A in Common Wheat
   普通小麦1B／4A染色体相互易位的细胞遗传学研究
9. 9、 A study on the mitomycin C-induced meiotic crossing-over of the interstitial segments in the Chinese hamster heterozygous for a reciprocal translocation
   丝裂霉素C诱发相互易位杂合中国仓鼠减数分裂过程中间节段交换的研究
10. 10、 The results indicate that there is no significant effect on the fertility of F and F_1 in male mice. No reciprocal translocation was found.
    F1代雄性小鼠的睾丸细胞遗传学分析均未发现其染色体有交互易位。
11. 11、 Its cytogenetic hallmark is a reciprocal t ( 9; 22) chromosomal translocation known as the Philadelphia chromosome and this translocation results in the formation of chimeric fusion gene BCR/ ABL which is thought to play a central role in the pathogenesis
    其细胞遗传学特征是9号和22号染色体的相互易位即Ph染色体。该易位导致BCR/ABL融合基因，后者在CML的发病中起着极其重要的作用。
12. 12、 Diffident stage have diffident space-time feature in football match, time and space can reciprocal translocation in different way.
    足球比赛中，不同的区域有着各自的时空特点，时间和空间通过不同的方式进行互补与转化。