pedigree analysis

美 [ˈpedɪɡriː əˈnæləsɪs]英 [ˈpedɪɡriː əˈnæləsɪs]
  • 网络系谱分析;家系分析;家谱分析;系谱分析法;血统分析
pedigree analysispedigree analysis
  1. Wide compatibility of five American rice varieties and pedigree analysis

    五个美国水稻品种的广亲和性及其系谱分析

  2. Methods : The study was done by on - the - spot investigation and the pedigree analysis .

    方法通过实地调查得到表型缺陷家系,然后进行系谱分析。

  3. The Current Situation and the Pedigree Analysis of South China Tiger

    华南虎现状及谱系分析

  4. Optical imaging gray levels Boltzmann entropy pedigree analysis and image segmentation

    光学成像灰度级玻耳兹曼熵谱分析与图像分割

  5. Studies on Yield Components , Fiber Qualities and Pedigree Analysis of Varieties Released in Different Years

    不同年代棉花品种产量构成、纤维品质及其系谱分析

  6. Determination for Genetic Distance of Quantitative Character of Spring Wheat Varieties and Its Pedigree Analysis

    春小麦品种数量性状遗传距离的测定及其系谱分析

  7. Clinical characteristics and pedigree analysis of a familial isolated atrial septal defect

    家族性单纯房间隔缺损的临床特点和系谱分析

  8. Discussion on Genetics of Wide Compatibility by Pedigree Analysis

    利用系谱分析探讨水稻广亲和性的遗传

  9. Pedigree Analysis of Main Wheat Varieties and Utilization of Core Germplasms in Henan Province

    河南省主要小麦品种系谱研究及核心种质利用

  10. The pedigree analysis was correct and proved in Mendelian inheritance .

    正常家系分析结果符合孟德尔遗传规律。

  11. Three Homozygous Patients of Familial Hypercholesterolemia Like Phenotype and Their Pedigree Analysis

    三个家族性高胆固醇血症样表型纯合子家系遗传异质性及其系谱分析

  12. Pedigree analysis suggested an autosomal dominant hereditary pattern in the two pedigrees .

    系谱图分析提示两个家系均为常染色体显性遗传方式。

  13. Genetic Pedigree Analysis of Sugarcane Lines

    自育甘蔗品系系谱遗传分析

  14. Dyskeratosis congenita : a case report and the family pedigree analysis

    先天性角化不良1例及家系调查

  15. Clinical features and pedigree analysis of Chinese infantile convulsions with paroxysmal choreoathetosis

    中国人婴儿惊厥伴发作性手足舞蹈徐动征临床特征分析

  16. A pedigree analysis of a family with familial hypercholesterolemia

    家族性高胆固醇血症一家系分析

  17. With pedigree analysis , the genetic mode of the disease in the family are autosomal dominant inheritance .

    据系谱分析,该疾病符合常染色体显性遗传方式。

  18. Pedigree Analysis and Characters of Water Saving , High Quality and High Yield Wheat Varieties and Breeding of Super Value Wheat Variety

    节水优质高产类型小麦系谱特点及超值品种选育

  19. Gene diagnosis and pedigree analysis in families of Duchenne and Becker muscular dystrophy

    进行性肌营养不良症基因诊断及家系分析

  20. Conclusions : ( 1 ) FQ-PCR is more accurate than the methods based on CK value and pedigree analysis .

    结论:(1)荧光定量PCR对缺失型DMD携带者检测较应用系谱分析、CK值准确。

  21. Pedigree analysis of the double heterozygote of hemoglobin G disease combined with alpha thalassemia 2

    血红蛋白G病复合α地中海贫血2的家系分析

  22. Methods Clinical observation and pedigree analysis were undertaken in a family with ectopia lentis .

    方法对单纯性晶状体异位一家系进行临床研究和系谱分析。

  23. Methods : Clinical investigation , prosthetic treatment and pedigree analysis were made to a Chinese kindred of Rieger syndrome .

    方法:对1例Rieger综合征患者进行家系调查,对家系成员进行临床检查、修复治疗和表型分析。

  24. Bronchiol Asthma and Heredity & Pedigree Analysis of 145 Families

    支气管哮喘与遗传&145例家谱分析

  25. Pedigree analysis suggests that FASD is a autosome dominant heredity disease .

    家谱分析显示,遗传方式符合常染色体显性遗传。

  26. Pedigree Analysis of Captive Giant Panda

    圈养大熊猫的系谱分析

  27. In this basic , performance test , evaluation of breeding value , computation of maternal and terminal index and pedigree analysis have been carried out .

    在此基础上对基础群的个体开展了性能测定,进而进行了育种值的估计、父系或母系指数的计算以及系谱分析,实现了基础群的选种、选配。

  28. Objective Using molecular biological method to determine the inherited modal of a family which was considered as X-linked high myopia by pedigree analysis .

    目的应用分子生物学方法判定经家系分析初步认定为X连锁遗传的高度近视家系的遗传方式。

  29. Pedigree analysis and simple sequence repeats ( SSR ) were used to analyze the relationship among main released wheat cultivars in Henan Province .

    利用系谱分析和SSR标记对河南省小麦主要推广品种间的亲缘关系进行了研究。

  30. Conclusion Com bined with pedigree analysis , it was summarized that achondroplasia patients in this family might result from this new mutation .

    结论结合系谱分析,这一新突变可能是导致该家系患者软骨发育不全的原因。