Annals of Human Genetics · 1991 · 62 citations · 34 references
Life SciencesBiostatisticsGeneticsEpidemiologyGenetic EpidemiologyStatistical GeneticsAnalytic EpidemiologyComplex Trait GeneticsDisease PhenotypingLinkage AnalysisQuantitative Trait AnalysisSegregation AnalysisComplex Disease PhenotypingComplex Trait SegregationGenotype Phenotype RelationshipGenotype-phenotype AssociationsLinkage Analysis In Complex TraitsLogistic RegressionPhenotype Distribution ModelingPolychotomy
A theory is given for complex phenotypes represented by an ordered polychotomy separately for affected (as severity) and for normals (as diathesis), with consideration of history, ascertainment, sampling frames, and phenotype systems. Nonrandom selection of probands by severity is permitted. Both probit and logistic models are developed in a form compatible with segregation and/or linkage analysis. Probabilities are set out in detail in the Appendix. This approach avoids problems that have been encountered with quantitative traits and correlated phenotypes, although using this information.
34
Introduction to Quantitative Genetics.
A. W. F. Edwards, D. S. Falconer · Biometrics · 1982 · 21.8K citations
Life Sciences, Biology, Genetics +12
A General Model for the Genetic Analysis of Pedigree Data
Robert C. Elston, Jason A. Stewart · Human Heredity · 1971 · 1.6K citations