目的：提出基因频率矩阵的图论主坐标分析方法，探讨该法在人类群体遗传结构研究中的应用。
Objective: To present the methodology of graph theory principle coordinates analysis and explore its applicability for studying human population genetic structure.
图论主坐标分析是分析人类群体遗传结构的一种理想方法。
The graph theory principle coordinates analysis is an ideality method for studying the human population genetic structure.
结论人类群体遗传空间结构异质性变异函数模型可以揭示人类群体遗传空间结构特征。
Conclusion spatial semivariogram models of human population genetic structure can effectively reveal the spatial structure of the population genetic structure.
结果实例表明，模型客观地反映了人类群体遗传空间结构异质性和空间自相关性。
Results the spatial semivariogram model revealed the spatial genetic structures of a human population.
图论多维尺度分析是分析人类群体遗传结构的一种理想方法。
The graph theory multidimensional scaling analysis is ideality method for studying the human population genetic structure.
提出基因频率矩阵的图论多维尺度分析方法，探讨该法在人类群体遗传结构研究中的应用。
This paper presents the methodology of graph theory multidimensional scaling analysis, and explores its applicability for studying human population genetic structure.
提出了分析人类群体遗传结构的PPG双标图模型的基本原理及其应用。
This paper presents the principles and application of PPG biplot model to the field of human population genetics for analyzing the population genetic structure.
在人类单位点致病基因与遗传标记基因的遗传连锁分析中，家系是应用得最普遍的一种群体结构。
Pedigree is one of the most general population structure in the genetic linkage analysis between human single genetic inheritance disease locus and genetic marker locus.
李辉(2005)澳泰族群的遗传结构。人类生物学博士学位论文，复旦大学。
LI Hui (2005) Genetic Structure of Austro-Tai Populations. PhD Thesis of Human Biology, Fudan University.
本文介绍我们用C语言编制的人类与医学遗传学群体与家系资料分析计算机系统的菜单结构与各子系统的功能。
The function and menu structure of the computer program package of the population and pedigree analysis of human and medical genetics designed by C language are described briefly in this paper.
目的建立人类群体遗传空间结构异质性变异函数模型。
To establish a spatial semivariogram model of human population genetic structure.
人类和外星人可能具有共同的遗传结构。
Humans and aliens could share a common genetic architecture.
探讨了人类群体遗传结构对应分析中“蹄型效应”的产生机制及其遗传学解释。
At present study, the reasons of "horse-shoe effect" in correspondence analysis for analyzing human population genetic structure was explained.
对任何生物遗传资源的修饰还应防止有意危害人类、野生生物的遗传结构稳定、甚至在实验室创造新的、自然界原本不存在的有害生物的恶意修饰。
Any modification of genetic resource should prevent such ill-will modification which harms the stabilization of genetic structure of human and wildlife, or creates a new harmful organism.
它将在5年内适应人类的遗传结构，并杀死星球上所有的人类。
After five years of adapting itself to humanity's genetic makeup, it will kill every human being on the planet.
目的寻找由DNA损伤引起的人类表型缺陷，为收集与保存人类遗传资源，探明人类基因结构与功能奠定基础。
Objective Looking for the human phenotype defect caused by injured DNA, collecting and storing the human genetic resources are necessary to study the structure and function of the human genes.
目的寻找由DNA损伤引起的人类表型缺陷，为收集与保存人类遗传资源，探明人类基因结构与功能奠定基础。
Objective Looking for the human phenotype defect caused by injured DNA, collecting and storing the human genetic resources are necessary to study the structure and function of the human genes.
应用推荐