autosomal recessive…

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genetics, autosomal recessive, inheritance, autosomal recessive, an abnormal gene on one, the autosomal chromosomes, the first 22 "non-sex" chromosomes, from each parent is required to cause the disease, one abnormal gene, in the gene pair, carriers, the gene is recessive they, not exhibit the disease, in other words, normal gene, the pair, supply the function, the gene so that the abnormal gene is described, recessive manner, parents must be carriers in order, child to have symptoms, a child who inherits the gene, one parent, a carrier, inheritance of genetic diseases, abnormalities, traits is described by both the type of chromosome on which the abnormal gene resides, autosomal, sex chromosome, by whether the gene is dominant, recessive, due to whether a single defective gene, one parent, dominant inheritance, copies, the gene, one from each parent, defective, recessive inheritance, autosomal diseases, inherited, the non-sex chromosomes, pairs 1, 22, sex-linked diseases, inherited, the sex chromosomes, x chromosome, not inherited, the y chromosome, dominant inheritance occurs, an abnormal gene, one parent is capable of causing disease though the matching gene, other parent is normal, abnormal gene dominates the outcome, the gene pair, recessive inheritance occurs, genes of a pair must be abnormal to produce disease, one gene, in the pair is abnormal, disease is not manifested, mildly manifested, however the abnormal gene, passed on, children, chances of inheriting a trait, an autosomal recessive disorder, parents, carriers of an autosomal recessive trait, 25% chance of a child inheriting abnormal genes from both parents, developing the disease, 50% chance of each child inheriting one abnormal gene, a carrier, in other words, assumed that 4 children, produced, parents, carriers, neither exhibits any disease, statistical expectation, 1 child, 2 normal chromosomes, 2 children, 1 normal, 1 abnormal chromosome, carriers, 1 child, 2 abnormal chromosomes, has the disease, does not mean that children, necessarily be affected, does mean that each child has a one in four chance of inheriting the disorder, a 50, 50 chance of a carrier, related topics, autosomal dominant, genetic counseling, prenatal diagnosis, sex-linked dominant, sex-linked recessive, detailed information, heredity, disease, genetics.