标题多变小冠花的核型分析。
同时，所有标本均进行染色体核型分析。
At the same time, all the samples were subjected to karyotype analysis.
材料与方法：常规染色体畸变与G _显带核型分析。
MATERIAL and METHODS: Conventional chromosomal aberrations and G-banded karyotype analysis were used.
该方法适用于桑树核型分析，进一步可用于桑染色体分带。
This method is applicable to the mulberry tree karyotype analysis as well as to the mulberry tree chromosome banding pattern study.
方法：应用染色体G分带、核型分析和PCR及银染技术。
Methods:The techniques including G banding, karyological analysis, PCR amplification and silver staining were used.
目的：急性单核细胞白血病(M5)核型分析及其临床意义。
Aim: To investigate the karyotype of acute monocytic leukemia (M5) and its clinical significance.
方法采取2477例不育男性的外周血进行染色体核型分析。
Methods Karyotypes of 2477 infertile men were analyzed by chromosome G banding and C banding analysis.
报道厦门港球型侧腕水母的染色体制备方法及核型分析结果。
Chromosome preparation and karyological analysis of Pleurobrachia globasa , a kind of Ctenophore, inhabiting in Xiamen Waters were studied and reported.
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。
AIM: To further understand the genetic variation among Leishmania species in China by karyotype analysis.
方法：采取132例男性不育患者外周血进行染色体核型分析。
Method:Karyotypes of 132 infertile men were analyzed by chromosome G banding and C banding methods.
核型分析结果显示，ZP - 1细胞为正常女性染色体结构。
Karyotype analysis showed that ZP-1 cells have a normal female chromosome structure.
整篇论文的重点是介绍染色体核型分析系统自动分析部分的算法。
The research algorithm of the automatic analysis is the emphases of this paper.
方法外周血淋巴细胞培养，常规G显带制片后进行染色体核型分析。
Methods The peripheral blood lymphocytes were cultured, and chromosome karyotype was analyzed after conventional G-banding.
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。
The results indicated that it is more stable and reliable for karyotype analysis based on areas than on lengths.
采用碱性磷酸酶染色、核型分析、类胚体实验对扩增细胞进行ESC鉴定。
Subsequently we identified the expanding cells by alkaline phosphatase staining, karyotype analysis and the formation of embryoid body which are typical characteristics of ESCs.
方法5 0 9例男性不育患者行外周血淋巴细胞G显带染色体核型分析。
Methods: Chromosomal karyotypes were examined in 509 male infertile patients by periphery blood lymphocyte culture and G banding.
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。
Conclusion: Karyotype analysis was very useful for the diagnosis, classification, and prognosis evaluation in MDS.
结论染色体核型分析和Y染色体微缺失是男性生精障碍重要的遗传检测指标。
Conclusion chromosome Karyotypic and Y-chromosome AZF microdeletion analysis are important genetic assays for male spermatogenesis dysfunction.
目的探讨骨髓染色体核型分析在恶性血液病诊断、治疗及预后判断中的价值。
Objective To investigate the value of spinal marrow chromosome karyotyping in the diagnosis. treatment and prognosis of malignant hemoblastosis.
目的建立绒毛滋养细胞染色体核型分析方法，用于探讨早孕期自然流产的病因。
Objective To establish the analysis method of chorionic trophocyte chromosomes and its application in study of early spontaneous abortion etiology.
方法采用CGH技术检测20例淋巴瘤患者核型异常，部分病例与核型分析比较。
Methods Genomic abnormalities in 20 lymphoma patients were assayed by CGH and some cases were compared with those of conventional karyotype analysis.
方法染色体G显带后按人类细胞遗传学国际命名体制（ISCN）进行核型分析。
METHODS G banding of chromosomes and then karyotype were analysized with an international system for human cytogenetic nomenclature (ISCN).
目的建立光谱核型分析技术(SKY)，并初步探讨SKY在白血病中的应用价值。
Objective To establish a spectral karyotyping (SKY) technique and explore the value of SKY in leukemia research.
结论本实验结果表明FISH在检测染色体畸变中比细胞遗传学核型分析方法敏感。
Conclusion The study showed that FISH was more sensitive than traditional cytogenetics in detection of chromosome aberrations.
方法应用骨髓细胞短期培养法制备染色体标本，并应用R和G显带技术进行核型分析；
Methods Chromosome specimens were prepared by short term culture of bone marrow cells and karyotype analyses were carried out using R and G banding techniques.
采用幼叶压片法对‘重瓣玫瑰’和‘苦水玫瑰’两个玫瑰品种进行了染色体核型分析。
Chromosome karyotypes of Rosa rugosa Plena and Rosa rugosa Kushui were studied by the stem-tips squashed method.
但核型分析结果可为确定野生种分类地位、演化关系及为遗传育种工作提供细胞学依据。
The chromosome, s analysis is the cytology basis, for determining the systematic place of wild species, evolution and breeding.
核型分析方法和AFLP分子标记技术均能够有效区分石蒜属植物种间亲缘关系的远近。
Both karyotype analysis and AFLP technique were efficient in generating more accurate information on the genetic diversity and relationship of Lycoris.
核型分析方法和AFLP分子标记技术均能够有效区分石蒜属植物种间亲缘关系的远近。
Both karyotype analysis and AFLP technique were efficient in generating more accurate information on the genetic diversity and relationship of Lycoris.
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