Medical Genetics 06疾病的多基因遗传 Monogenic inheritance
Medical Genetics 06疾病的多基因遗传 Monogenic Inheritance
Medical Genetics Multifactorial inheritance is responsible for the greatest number of individuals that will need special care or hospitalization because of genetic diseases
Medical Genetics Multifactorial inheritance is responsible for the greatest number of individuals that will need special care or hospitalization because of genetic diseases
Medical Genetics Up to 10% of newborn children will express a multifactorial disease at some time in their life. atopic reactions, diabetes, cancer, spina bifida/anencephaly, pyloric stenosis, cleft lip, cleft palate, congenital hip dysplasia, club foot and a host of other diseases all result from multifactorial inheritance
Medical Genetics Up to 10% of newborn children will express a multifactorial disease at some time in their life. Atopic reactions, diabetes, cancer, spina bifida/anencephaly, pyloric stenosis, cleft lip, cleft palate, congenital hip dysplasia, club foot, and a host of other diseases all result from multifactorial inheritance
Medical Genetics Some of these diseases occur more frequently in males. Others occur more frequently in females Environmental factors as well as genetic factors are involved
Medical Genetics Some of these diseases occur more frequently in males. Others occur more frequently in females. Environmental factors as well as genetic factors are involved
Medical Genetics 1. REGRESSION TO THE MEAN Multifactorial inheritance was first studied by Galton, a close relative of darwin and a contemporary of Mendel. Galton established the principle of what he termed regression to mediocrity
Medical Genetics 1. REGRESSION TO THE MEAN Multifactorial inheritance was first studied by Galton, a close relative of Darwin and a contemporary of Mendel. Galton established the principle of what he termed "regression to mediocrity