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.
方法：采用G、C显带染色体核型分析等方法，比较染色体异态核型人群和正常核型人群的早期生殖障碍的发生率。
Methods: The incidence rates of early reproduction inability of chromosome heteromorphism group and normal karyotype group were compared by using G, C-banded chromosome karyotype analysis.
本研究将染色体多态核型人群和正常核型人群分组，进行G显带染色体核型分析，以比较两组人群的生殖异常的发生率。
The incidence rates of reproduction abnormality of chromosome polymorphism group and normal karyotype group have been compared by G-banded chromosome karyotype analysis.
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。
In this stage, the invention of banding technique set karyotype analysis in the way to more micro and precise research.
通过染色体核型和显带分析，为研究松辽黑猪起源进化、品种形成和基因定位提供细胞遗传学方面的基础数据；
It was to provide basic data of cytogenetics for origin, evolution and gene location of Songliao black pig by caryotype and banding.
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.
方法对不同时期医用诊断X射线工作者分别采用g显带和FI SH法进行染色体畸变分析。
Methods The chromosome aberrations were analyzed by G-banding or FISH in medical diagnostic X-ray workers with different calendar years of entry.
方法对37例原发闭经患者进行外周血淋巴细胞染色体G显带分析。
Methods The chromosomal G banded karyotypes of 37 cases with primary amenorrhea were analyzed.
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).
方法采用外周血淋巴细胞培养和染色体G显带分析，对612对有异常孕产史的夫妇进行染色体检查。
Methods Chromosomal analysis was made in 612 married couples with a history of abnormal pregnancy outcome by peripheral lymphocytes culture and G-banding.
目的探索日本血吸虫染色体的制作及其G带显带方法，进一步分析其染色体核型和G带带型特征。
Objective To explore the methods of karyotyping and G-banding of Schistosoma japonicum chromosomes and analyse the characteristics of the karyotype and G-banding pattern.
结论与传统的染色体显带技术相比，荧光原位杂交技术具有高效、灵敏、可靠的特点，可为临床提供良好的辅助诊断。
Conclusions Compared with the conventional chromosome banding technique, FISH has characteristics of high sensitivity and accuracy, and provides a good assist method for diagnosis.
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.
方法：原位传代培养羊水细胞并制备染色体，G显带分析核型，产后随访。
Methods:Amniotic fluid cells were cultured in situ and their karyotypes were analyzed by G band, followed them after delivery.
方法：采用短期培养法及G显带技术对16例MM患者进行细胞染色体核型分析，且对MM分型、分期及预后进行相关性分析。
Method: Chromosomal abnormalities were analyzed in 16 patients with MM by short-term bone marrow cell cultures and G-banding and analyzed the relationship with the type and stage and prognosis in MM.
方法绒毛细胞培养法及G显带制作染色体分析。
Methods Use villus cell culture and the chromosome with G-bands by trypsin using Giemsa.
方法：对96对反复自然流产夫妇取外周血，常规培养、制片、G显带，行染色体核型分析。
Methods Blood samples from 96 couples with early repeated spontaneous abortion in our hospital were regularly cultivated and given processing, G-staining and analysed.
方法采用外周血淋巴细胞培养方法制备染色体，G、C等显带技术进行细胞遗传学分析。
Methods: Routine culture for the peripheral blood lymphocytes were made and G, C band were analysed.
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.
方法：采用直接法、短期培养法和R显带技术制备染色体，根据复杂分类法进行染色体核型分析。
Methods: the chromosome were prepared with direct method, brief culture of cells and R-banding techniques, and the karyotypic analysis was performed on the base of complex classification.
方法：采用直接法、短期培养法和R显带技术制备染色体，根据复杂分类法进行染色体核型分析。
Methods: the chromosome were prepared with direct method, brief culture of cells and R-banding techniques, and the karyotypic analysis was performed on the base of complex classification.
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