染色体显带

荧光原位杂交（FISH）是染色体显带技术的补充和发展。

Fluorescence in situ hybridization ( FISH ) is a supplement and development of chromosome banding technique .

取两名男性血液进行照射后，用G染色体显带技术对血淋巴细胞做了核型分析。

A karyotype analysis of blood lymphocytes in two males was carried out with G chromosome banding technique after irradiating the blood .

鱼类染色体显带的研究Ⅰ.鱼类染色体复制带显带的BrdU-Hoechst-Giemsa方法

Chromosome Banding in Fishes ⅰ . An Improved BrdU-Hoechst-Giemsa Method for Revealing DNA-Replication Bands in Fish Chromosomes

本研究运用染色体显带技术对人肺腺癌细胞系PC84045进行了细胞遗传学研究。

By using chromosomal banding techniques , a cytogenetic analysis of the human lung adenocarcinoma cell line PC84045 was made .

采用改良的羊水细胞培养方法，各种染色体显带技术，羊水细胞培养成功率大大提高，成功率为99.5%。进一步缩短了培养时间，平均7.6d。

Using the improved method of amniotic fluid cultivation and various techniques of chromosome banding , the rate of success was greatly increased , approaching 99.5 % , and the duration of culturing much shortened , averaging 7.6d .

染色体显带和姐妹染色单体色差的电镜研究

Electron microscopical observation of chromosome banding and sister chromatid differential staining

染色体显带机制研究的若干进展

Some Advances on the Studies of Chromosome Banding Mechanisms

大麦高分辨染色体显带的初步研究

A preliminary study of resolution banded chromosomes in barley

用限制性内切酶诱导染色体显带的分析

Analysis of the Chromosome Banding with Restriction Endonucleases

染色体显带原理的初步探讨

Preliminary Investigation on Mechanism of Chromosome Banding

鉴别染色技术[有时特指染色体显带技术]印染废水可以给出各种容易识别和查出的颜色。

Differential staining technique Dye wastes may impart colors of wide variety that are readily recognized and traced .

同步化技术在草鱼染色体显带中的应用及草鱼核型的初步分析

The application of cell synchronization to chromosome banding of fish and the tentative karyotype analysis of Ctenopharyngodon idellus

目的探讨提高染色体g显带效果的方法。

Objective to explore a modificatory method for diplaying chromosome g-banding .

染色体R显带分析在急非淋白血病分型与预后估计中的应用

Application of chromosome r - bands for acute nonlymphocytic leukemia

高分辨染色体G显带制备技术的改良方法

An improved method of high-resolution G-banding preparation technology of chromosome

人类染色体R显带法改良初探

Preliminary Exploration of Human Chromosome R-banding Improved Method

方法应用染色体G显带，对706例Donor的染色体进行分析。

Method Karyotypes of 706 donor were analyzed by chromosome G banding .

染色体G显带两种处理方法效果的比较

A comparision of two chromosome G-banding methods

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 .

长爪沙鼠1～5号染色体G显带特征初步研究

Primary Research on G Band from The First to The Fifth Chromosome of Mongolian gerbils

利用染色体G显带技术鉴定人永生细胞实验条件初探

Primary Exploration the Conditions of the Chromosome G-Banding Technique used in Examining the Human Immortal Lymphoblastoid Cells

结果①染色体G显带检测发现8三体8例，疑似6例；

Results ① 8 cases were found with trisomy 8 and 6 were uncertain by chromosomal G-banding ;

联合应用染色体G显带和间期荧光原位杂交技术检测急性早幼粒细胞白血病

Combination of chromosomal G-banding and interphase fluorescence in situ hybridization technique in the diagnosis of acute promyelocytic leukemia

方法运用染色体G显带方法，对415例原发无精症或严重寡精症患者的核型进行分析。

Methods Karyotypes were analyzed by chromosome G-banding in 415 infertile patients with idiopathic azoospermia or severe oligozoospermia .

目的：探索利用染色体G显带技术鉴定人永生淋巴细胞的最佳实验条件。

Objective : To find best conditions in examining the human Immortal B lymphoblastoid cells by the chromosome G-banding technology .

采用Fdu-Brdu-Hoechst33258高分辨迟复制染色体R显带技术与G显带技术对照应用的方法，对50例各类白血病的染色体变化进行了分析。

Chromosome changes in fifty cases of leukaemia have been analysed by adopting the method of Fdu-Brdu-Hoechst 33258 high resolution late replicating chromosome R-banding combining with the technique of G-banding .

蚕豆、洋葱染色体Giemsa显带的研究

Studies of chromosome banding with Giemsa in Vicia faba and Allium cepa

玉米染色体Giemsa显带

Giemsa Banding of Maize ( Zea mays ) Chromosomes

为了解儿童先天遗传性疾病的发病情况，对428例患儿进行常规接种、培养及制备外周血淋巴细胞染色体G显带标本分析。

To explore the nosogenesis of congenital inherited diseases in children , the blood of 428 children were routinely inoculated and cultured in order to provide chromatosome of G-banding of lymphocyte in peripheral blood .

方法采用外周血染色体G显带、C显带技术和多重聚合酶链反应技术，对2例无精症患者进行了细胞遗传学和分子遗传学检测。

Methods Peripheral blood samples were taken from two patients with azoospermia , and then were examined by use of G banding , C banding cytogenetic analysis and multiplex polymerase chain reaction ( PCR ) microdeletion analysis .