1)Selective genotyping选择基因型
英文短句/例句
1.Association Study of a QTL by Selective Genotyping基于选择基因型对数量性状进行关联分析(英文)
2.Model Selection with Bayes Factor Based on Markov Chain Monte Carlo Sampling;基于MCMC抽样的贝叶斯因子的模型选择
3.IT Project Portfolio Selection Based on Multi-criteria Analysis;基于多因素分析的IT项目组合选择模型
4.Selection of Reference Gene from Type 1 Diabetes Rat MyocardiumⅠ型糖尿病大鼠心肌内参基因的选择
5.Positive selection of ORF1 and ORF2 in hepatitis E virus genome戊型肝炎病毒基因ORF1、ORF2阳性选择分析
6.Nonlinear Frequency-dependent Selection with Partial Selfing;具有部分自我选择和非线性相关频率选择值的基因模型
7.The Study on Template Selection in Genomic Replication of Hepatitis C Virus;丙型肝炎病毒基因组复制模板选择性的研究
8.Research on the Predicting Model of Multifactor Time Series Based on Feature Selection;基于特征选择的多因素时间序列预测模型研究
9.Stationary Property of Gene Selection Model Driven by Additive O-U Noise;加性O—U噪声驱动下基因选择模型的定态性质
10.THE SELECTIVITY OF HEPATITIS B VIRUS GENE IN INTRAUTERINE TRANSMISSION乙型肝炎病毒基因在宫内传播中的选择性
11.Construction of Screening Model for Selective Aromatase Modulators Basis on Reporter Gene;基于报告基因的选择性芳香酶调节剂筛选模型的构建
12.Single Character Selective Model of Major Gene and Polygene Mixed Inheritance Model of Quantitative Trait;主基因—多基因混合遗传的数量性状的单性状选择模型
13.Factor selection of the multi-factor ARCH model and the application;因子多元ARCH模型的因子选择及其应用
14.Functional genomics uses as its starting point the isolated gene whose function is to be determined， and then selects a model organism in which a homolog of that gene exists.功能基因组用功能不明的分离基因作为起始点，然后选择具有该同源基因的生物模型。
15.Diversifying and Purifying Selection Sites in rbcL Gene of Fern Species蕨类植物rbcL基因正选择和负选择位点的鉴定
16.Selection of Specific Adapting Areas of Different Wheat Genotypes and Analysis of High and Stable Yields不同小麦基因型特别适应区选择及高产、稳产比较分析
17.The Affect of Immune Selection Pressure to Mutations of Hepatitis C Virus Hypervariable Region;免疫选择压力对丙型肝炎病毒高变区基因变异的影响
18.Analysis of Influential Factors of Destination Choice Based on NMNL Model;基于嵌套Logit模型的旅游者目的地选择影响因素分析
相关短句/例句
genotype selection model基因选择模型
1.Global attractivity of a genotype selection model;基因选择模型的全局吸引性
2.This paper,by using Mawhin s Coincidence degree theory studies the existence of a positive periodic solution to the following genotype selection model and obtains a new sufficient condition for the existence of positive periodic solution of the difference model.利用Mawhin重合度理论研究了一类基因选择模型的正周期解的存在性,获得了该差分系统存在正周期解的新的充分条件。
3.In this pper,by using Mawhin s Coincidence degree theory,we study the existence of a positive periodic solution to the following genotype selection modelxn+1=(xnexp[βn(1-αxn-k)])/(1-xn+xnexp[βn(1-αxn-k)]),n=0,1,2,…and obtain a new sufficient condition for the existence of positive periodic solution of the difference model.利用Mawhin重合度理论研究了一类基因选择模型:xn+1=(xnexp[βn(1-αxn-k)])/(1-xn+xnexp[βn(1-αxn-k)]),n=0,1,2,…正周期解的存在性,获得了该差分系统存在正周期解的新的充分条件。
3)genotypic recurrent selection基因型轮回选择
4)Gene selection基因选择
1.Discriminatory Gene Selection for Cancer Diagnosis of Multi-class Situation with SVM;基于SVM的多病类诊断基因选择方法研究
2.Gene Selection and Cancer Classification Based on Optimization Algorithm and Support Vector Machine;基于优化算法的基因选择与癌症分类
3.A simple effective gene selection method based on tumor gene expression data基于肿瘤基因表达数据的简单有效的基因选择算法(英文)
5)selective gene选择基因
6)Selective genotype analysis选择性基因型分析
延伸阅读
贝特曼消费者选择的信息加工模型贝特曼消费者选择的信息加工模型Bettman's information-processing model of consumer's choice 贝特曼消费者选择的信息加工模型(B ettman’5 information一proeessing modelof。onsumer，5 eh。ie。)把消费者的决策过程看成是一种信息加工过程。此模型认为，基于人的有限的信息加工容量，消费者在进行决策时，一般利用简单决策策略，将产品的复杂评价过程简化。用以描述决策过程的变量有:(1)加工容量。(2)动机(通过目标层次和干扰一扫描两种机制影响消费者选择的方向和强度，刺激消费者去搜寻信息，以便作出选择和评价)。(3)注意和知觉编码(刺激的选择与组织、解释过程)。(4)信息的获得和评价(包括内部的和外部的两种形式)。(5)记忆(提供己有信息和储存新习得信息)。(6)决策(在不同的选择和评价中所采用的不同策略)。(7)消费和学习过程(对使用体验的评价及其对未来决策的影响)。 (张玉峰撰马谋超审)
