核型分析,karyotype analysis
1)karyotype analysis核型分析
1.A karyotype analysis on 561 cases of fetuses and discussion on the indications for prenatal diagnosis;562例胎儿核型分析及产前诊断指征的探讨
2.Separation,culture and karyotype analysis of Pere David′s deer (Elaphursu davidianus) ear skin fibroblast cells;麋鹿耳皮肤成纤维细胞的分离、培养与核型分析
英文短句/例句

1.Karyotype of Carya illinoensis and Carya tonkinensis薄壳山核桃及云南山核桃染色体核型分析
2.Karyotyping Analysis on A Family with Balanced Translocation of Chromosomes一个染色体平衡易位家系的核型分析
3.12 cases of first reported chromosomal abnormality in the world12例世界首报异常染色体核型分析
4.Karyotype Analysis of Trifolium Pratense;红三叶(Trifolium pratense)的染色体核型分析
5.Karyotype Analysis of Phaseolus Demissus Kitag;海绿豆(Phaseolus demissus)的染色体核型分析
6.Fish Based Karyotype Analysis of 21 Gossypium Species棉属21个种基于原位杂交的核型分析
7.Karyotype Analysis and Evolutionary Trends on Corylus. Avellana L. and C. Heterophylla Fisch欧榛、平榛种质核型分析与进化趋势
8.Analyse on the Chromosomal Karyotype of Embryo Cloned from Somatic Cells of Yanbian Yellow Cattle延边黄牛体细胞克隆胚胎的核型分析
9.Analysis on karyotype of Galega orientalis cv. Xinyin No.1新引1号东方山羊豆染色体核型分析
10.The Nuclear Shell Model and Its Application to the Nuclear High-spin States;原子核壳模型及其对核高自旋态分析
11.Nucleotid sequence analysis on the p35 gene of Bombyx mori nuclear polyhedrosis virus;家蚕核型多角体病毒p35基因的核苷酸序列分析
12.A Mathematical Model and Quantitative Analysis of Checking on Staffs in the Cadet Brigade学员队干部考核数学模型及量化分析
13.Comparative Analysis of Chromosomal Karyotype for Six Species of Citrus Plant柑桔属6种植物染色体核型比较分析
14.Mapping and Analysis of QTLs Associated with Disease Resistance to Sclerotinia Sclerotiorum in Brassica Napus;甘蓝型油菜抗菌核病QTL的定位和分析
15.Karyotypes and G-banding、C-banding Patterns of Tetraogallus;雪鸡的染色体核型与G-带、C-带分析
16.Analysing Karyotype and Inter-relationship of Fagaceae in Fujian;福建壳斗科植物核型及亲缘关系分析
17.Characterization of ORF67 and ORF101 from Bombyx Mori Nucleopolyhedrovirus;家蚕核型多角体病毒(BmNPV)ORF67、ORF101基因分析
18.Characterization of ORF67 and Three Other Genes from Bombyx Mori Nucleopolyhedrovirus;家蚕核型多角体病毒ORF67等基因分析
相关短句/例句

Karyotype[英]['k?ri?,taip][美]['k?r??,ta?p]核型分析
1.Karyotype analyse on 166 cases with oligospermia and azoospermia;166例少、弱及无精子症患者的染色体核型分析
2.Analysis and comparison on karyotype of the four plants of Allium;几种葱属物的核型分析与比较
3.Mitosis Observation and Karyotype of Taraxacum Licentii V.Soest;山西蒲公英的有丝分裂观察及核型分析
3)Karyotyping核型分析
1.To explore an effective and reliable karyotyping method in Brassica crop plants,C_0t-1 DNA was isolated from Brassica oleracea genome,labeled as probe with Biotin-Nick Translation Mix kit,in situ hybridized to mitotic spreads,specific fluorescent bands were showed on each chromosome pairs.为了探索一种高效可靠的芸薹属植物核型分析方法,本文以甘蓝品种黑叶小平头为实验材料,从其基因组DNA中分离出C0t-1 DNA并用生物素标记作探针,对有丝分裂中期相染色体进行原位杂交,每对染色体上均显示出了特定的荧光原位杂交带型。
2.To explore an effective and reliable karyotyping method in Brassica crop plants, Cot-1 DNA was isolated from Brassica napus L.为了探索一种高效可靠的芸薹属植物核型分析方法,以甘蓝型油菜中油821、甘蓝黑叶小平头为材料,分别从其基因组DNA中分离出Cot-1 DNA,用生物素标记做探针,同时用地高辛标记的rDNA做探针,对两种材料有丝分裂中期相染色体分别做单色和双色荧光原位杂交。
3.Methods Karyotyping was performed in 124 CML patients by R-banding,and dynamic detection of chromosomal changes was conducted in some of them in the course of progress.方法采用R显带技术对124例CML病人进行了常规染色体核型分析,并动态观察部分病人病程进展中染色体核型的变化。
4)karyotypic analysis核型分析
1.Karyotypic Analysis of Four Kinds of Alfalfas;四种紫花苜蓿的核型分析
2.Chromosome specimen was prepared by 24h short-term culture of bone marrow cell,RHG-banding technique was used for karyotypic analysis.用外周血及骨髓标本直接涂片观察形态学改变 ;采用骨髓细胞 2 4小时短期培养法制备染色体标本 ,RHG显带技术进行核型分析 ;以筑巢式逆转录聚合酶链反应 (nestedRT PCR)技术检测PML RARa融合基因转录本 ;以间期荧光原位杂交 (fluorescenceinsituhybridization ,FISH)技术检测 8号染色体数目异常 ;以流式细胞术检测免疫表型。
3.),scattered alfalfa variety(AC-3) in Yunnan province and 8 foreign introduced cultivated alfalfas were classified and compared by karyotypic analysis.以云南野生种紫花苜蓿(德钦地区紫花苜蓿)、逸散种紫花苜蓿(AC-3)和8个国外引进栽培种紫花苜蓿为材料,采用核型分析方法对供试材料的染色体组进行了分类和比较。
5)Analysis of karyotype核型分析
6)G-banded karyotype analysisG_显带核型分析
延伸阅读

核型双线性型核型双线性型uuoj Jramtiq aapaa 核型双线性型「.d.r肠11侧,r玩们11;,仄印.aa6~e面-”翻中opMa] 两个局部凸空间F和G的I冶。ld。乘积F xG上的一个双线性型B(f,g),它可以表示为 B(f,g)一艺、。<。,洲>,这里{几,}是一个可和序列,{f:}和{a:}分别是F和G的对偶空间F’和G‘中的等度连续序列(见等度连续性(闪u】contin山ty)),并且线性泛函a‘在向量a的值.所有的核型双线性型是连续的如果F是核型空间(nuclear spaCe),那么对任一局部凸空间G,FxG上的所有连续双线性型是核型的(核定理(ken祖1111印~)).这个结果属于A.GIO公lendi“盘(11〕);上面的陈述在〔21中给出;其他的陈述见〔31.逆命题成立:如果一个空间F满足核定理,那么它是核型空间. 对紧支集光滑函数空间,核定理由L .Scb认么rtZ第一个得到(〔4】).设D是实直线上所有带紧支集无穷次可微函数赋予标准的局部凸Sch们血拓扑的核型空间,则对偶空间D‘由直线上所有广义函数组成.在F=G=D的特殊情形下,核定理等价于下面的论断:D xD上的每一个连续双线性泛函具有形式 B(f,g)=(f(t:)g(tZ),F)= 一了F(‘:,:2)f(。.)。(:2)过:l、:2,这里f(r),g(r)‘D,并且F=F(r,,tZ)是一个两个变元的广义函数.对具紧支集的多变元光滑函数空间,急减函数空间,以及其他特定的核型空间有核定理的类似陈述.类似的结果对多重线性型成立. D xD上的一个连续双线性型B(f,g)可以用等式 B(f,夕)=(夕,Af>等同于一个连续线性算子A:D~D’,这导致Schwar锐核定理(Sc扮帖泣tZ kenle ltllco~):对任一连续线性映射A:D~D‘,存在一个唯一的广义函数F(亡,,tZ),使得对所有的feD, ,:f(:.)l一J;(‘,,:2),(。2)、‘2·换句话说,A是带核F的积分算子.