Linked from

The 16 pages that link to Homologous chromosomes, each with the reason it gives.

• MeiosisRelated: Homologs pair and separate in meiosis I.

• Genetic recombinationRelated: Their alignment provides matching sequences for meiotic exchange.

• HomologyBroader topic: Chromosome homology is a specific genetic use of shared correspondence.

• KaryotypeRelated: Their matching structure is the basis for arranging chromosomes in pairs.

• HaploidRelated: Haploid cells have one homolog from each pair found in diploid cells.

• DiploidBroader topic: Each diploid set pairs corresponding maternal and paternal chromosomes.

• Genetic linkageRelated: Recombination between homologs reshuffles linked variants.

• Chromosome theory of inheritanceRelated: Their paired behavior in meiosis accounts for parental contributions to offspring.

• Chromosomal translocationRelated: Translocations can involve nonhomologous chromosomes, unlike ordinary exchange between homologs in meiosis.

• AllopolyploidyBroader topic: Duplicated parental chromosomes can pair as homologs during meiosis.

• Pseudoautosomal regionRelated: The X and Y are largely unlike, but their matching pseudoautosomal sequences provide limited homology.

• Independent assortmentRelated: Independent assortment separates maternal and paternal homologs into different gametes.

• PloidyRelated: Homologous pairs are the defining feature of diploid cells.

• AnaphaseRelated: Homologs, rather than sister chromatids, separate during anaphase I.

• Boveri–Sutton chromosome theoryBroader topic: Their pairing and separation explain how paired hereditary factors segregate.

• HomozygousRelated: The matching alleles usually occur on the two homologous chromosomes.