Hasstedt S J
Department of Human Genetics, University of Utah, Salt Lake City 84112.
Genet Epidemiol. 1993;10(3):145-58. doi: 10.1002/gepi.1370100302.
Pearson [Philos Trans R Soc Lond [A] 200:1-66, 1903], Mendell and Elston [Biometrics 30:41-57, 1974], and Rice et al. [Biometrics 35:451-459, 1979] approximated the likelihood of the multifactorial model on a dichotomous phenotype by a procedure of successive univariate computation and conditioning. Hasstedt [Pap: Pedigree Analysis Package, Rev. 3. 1989] and Demenais [Am J Hum Genet 49:773-785, 1991] extended the algorithm to include a major locus. Here I extend the algorithm to polychotomous, quantitative, and multivariate phenotypes, add a major locus to the model, and describe and evaluate the accuracy of an approximation of the resulting variance components/major locus model.
皮尔逊[《伦敦皇家学会哲学学报》[A]200:1 - 66, 1903]、门德尔和埃尔斯顿[《生物统计学》30:41 - 57, 1974]以及赖斯等人[《生物统计学》35:451 - 459, 1979]通过连续单变量计算和条件设定的方法,对二分类表型上多因素模型的似然性进行了近似。哈斯施泰特[论文:《系谱分析软件包》,第3版,1989]和德梅奈斯[《美国人类遗传学杂志》49:773 - 785, 1991]将该算法扩展到包含一个主基因座的情况。在此,我将该算法扩展到多分类、定量和多变量表型,在模型中添加一个主基因座,并描述和评估所得方差分量/主基因座模型近似的准确性。