Clinical Genetics · 1985 · 31 citations · 14 references
MedicineEndocrinologyGeneticsDiabetologyHuman GeneticsMetabolic RegulationDiabetes MellitusGlucose HomeostasisComplex Trait SegregationGlucose Infusion RateGlucose-dependent Insulin SecretionImpaired Insulin SensitivityInsulin ActionInsulin BiochemistryInsulin Sensitivity IndicesSubjects
Insulin release and sensitivity were estimated from glucose and insulin curves obtained at a glucose infusion test performed on altogether 601 subjects belonging to 155 nuclear families. Ascertainment was through one of the parents, and 96 of the probands had diabetes with clinical onset after the age of 30 years, while 59 were healthy subjects. Three variables obtained by a computer model were analysed, i.e. the glucose regulation of insulin release by a direct stimulatory event (KI) and time-dependent modulatory events (KP) as well as insulin sensitivity (KG). Complex segregation analysis revealed that the variables are genetically regulated, but there was no evidence for a major locus. The children of the diabetics did not differ from those of the non-diabetics as far as insulin release is concerned.
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A General Model for the Genetic Analysis of Pedigree Data
Robert C. Elston, Jason A. Stewart · Human Heredity · 1971 · 1.6K citations
A unified model for complex segregation analysis.
Jean-Marc Lalouel, D. C. Rao, Newton E. Morton et al. · PubMed · 1983 · 460 citations
Complex Segregation Analysis with Pointers
Jean-Marc Lalouel, N.E. Morton · Human Heredity · 1981 · 377 citations
Skewness in Commingled Distributions
C J MacLean, Newton E. Morton, Robert C. Elston et al. · Biometrics · 1976 · 329 citations