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1·These all improved the development of karyotype analysis.

这些都是染色体组型分析方法的改进。

2·At the same time, all the samples were subjected to karyotype analysis.

同时，所有标本均进行染色体核型分析。

3·Karyotype analysis showed that ZP-1 cells have a normal female chromosome structure.

核型分析结果显示，ZP - 1细胞为正常女性染色体结构。

4·MATERIAL and METHODS: Conventional chromosomal aberrations and G-banded karyotype analysis were used.

材料与方法：常规染色体畸变与G _显带核型分析。

5·AIM: To further understand the genetic variation among Leishmania species in China by karyotype analysis.

目的：通过核型分析探讨中国利什曼原虫分离株遗传变异情况。

6·Objective: To study the relationship between the abnormal karyotype and the disease with karyotype analysis.

目的通过对患者外周血染色体分析，探讨染色体异常与疾病的关系。

7·The results indicated that it is more stable and reliable for karyotype analysis based on areas than on lengths.

表明以面积为依据较传统的以长度为依据的核型分析可能更加稳定可靠。

8·Conclusion: Karyotype analysis was very useful for the diagnosis, classification, and prognosis evaluation in MDS.

结论：MDS的核型分析对其明确诊断，分型和预后评价有重要的参考价值。

9·In this stage, the invention of banding technique set karyotype analysis in the way to more micro and precise research.

现阶段，染色体显带技术的发明为染色体组型分析铺就了一条更精确，更准确的研究道路。

10·Methods:Human peripheral blood lymphocyte karyotype analysis technique was used to examine the male patient's karyotype.

方法：运用人类外周血淋巴细胞常规染色体核型并结合文献进行分析。