Warning:
JavaScript is turned OFF. None of the links on this page will work until it is reactivated.
If you need help turning JavaScript On, click here.
This Concept Map, created with IHMC CmapTools, has information related to: Chapter 15, located near each other and tend to be inheirited together known as linked genes, Basis of Inheritance chromesomes and genes both present in pairs in diploid cells, both present in pairs in diploid cells breakage of chromosome duplication, genetic map based on recombiation frequencies specifically called a linkage map, linked genes the discovery of lead to genetic map, aneuploidy if a chromosome is present in triplicate trisomic, aneuploidy if a chromosome is missing monosomic, aneuploidy example down syndrome, genetic map distance between genes map units, Basis of Inheritance variation in phenotype genomic imprinting, Basis of Inheritance normal phenotype known as Wild Type, both present in pairs in diploid cells in the cell number of genes is far greater then the number of chromosomes, both present in pairs in diploid cells in that homologus chromosomes separate and alleles segregate during the process of meiosis, aneuploidy result of nondisjunction, genetic recombination form recombinant types, sex-linked genes lies on the inside of the nuclear envelope Barr Body, Barr Body defined inactive X in the cell of a female that condenses to a compact object, parental types oppisite recombinant types, Basis of Inheritance according to chromosome theory of inheritance, recombinant types defined offspring with a combination of phenotypes from their parents