Linked from

The 92 pages that link to Meiosis, each with the reason it gives.

• Plant life cycleRelated: It generates spores that begin the haploid generation.

• Fungal life cycleRelated: Fungal sexual cycles use it to generate haploid nuclei that enter sexual spores.

• ZoosporeCompared with: It contrasts with the mitotic development characteristic of many asexual zoospores.

• AllopolyploidyNarrower topic: Fertility often depends on whether the hybrid’s chromosomes can pair and segregate.

• AscusRelated: It usually generates four haploid nuclei in an ascus.

• CentromereRelated: Centromere behavior differs between meiosis I and meiosis II as homologs and then sisters separate.

• Mitotic spindleCompared with: Meiosis uses related spindle machinery but separates homologous chromosomes as well as sister chromatids.

• Monozygotic twinsRelated: It generates the parental gametes whose DNA the twins inherit.

• Pseudoautosomal regionNarrower topic: The X and Y chromosomes pair and recombine in these regions during male meiosis.

• The Selfish GeneRelated: It helps explain why genes are shuffled into new combinations across generations.

• Independent assortmentNarrower topic: Random orientation of chromosome pairs at the first division underlies independent assortment.

• MicrosporeNarrower topic: Its chromosome-reducing divisions create haploid microspores.

• PloidyRelated: It halves ploidy when reproductive cells form.

• SporulationRelated: Many eukaryotic life cycles generate spores through meiosis.

• AnaphaseRelated: Its first and second divisions separate different chromosome partners during anaphase.

• Germ cellRelated: Germ cells undergo meiosis to produce haploid gametes in animals.

• Somatic cellCompared with: It occurs in reproductive lineages rather than ordinary somatic-cell division.

• Human genomeRelated: It reshuffles and passes nuclear genomic material to offspring.

• Plant reproductionRelated: It generates haploid spores that give rise to plant gametophytes.

• Reproduction (biology)Related: It creates haploid gametes for many forms of sexual reproduction.

• ZygomycotaRelated: It restores the haploid state during sexual reproduction in studied zygomycetes.

• Boveri–Sutton chromosome theoryBroader topic: Homolog separation provides the physical basis for Mendel’s segregation and independent assortment.

• Nettie StevensRelated: Stevens examined chromosome behavior in reproductive cells to identify sex-specific differences.

• Evolution of sexual reproductionBroader topic: Its ancient origin is central to explaining how sexual reproduction became possible.

• Jérôme LejeuneRelated: Errors in chromosome separation during meiosis can produce trisomy 21.

• New Mexico whiptailRelated: Understanding how its eggs retain chromosome sets helps explain its unusual reproduction.

• Pentasomy XRelated: Chromosome-separation errors during meiosis can contribute to pentasomy X.

• PteridophyteRelated: Meiosis in the sporophyte produces the haploid spores.

• Sheep–goat hybridRelated: Chromosome differences can disrupt pairing when hybrid animals make gametes.

• SpirogyraRelated: Meiosis follows zygospore germination in Spirogyra’s predominantly haploid life cycle.

• Tetrasomy XNarrower topic: Errors during meiosis can produce gametes with multiple X chromosomes.

• Biological life cycleRelated: It returns chromosome number to the haploid state in sexual cycles.

• BryopsidaRelated: Moss sporophytes use meiosis to form haploid spores.

• Chromosome abnormalityRelated: Errors during meiosis can produce gametes with abnormal chromosome counts.

• Fungi imperfectiRelated: Sexual stages, when found, revealed reproductive processes absent from the known asexual forms.

• Genetic phenomenaRelated: Meiosis reshapes how variants are transmitted and combined across generations.

• Human fertilizationNarrower topic: Meiosis gives sperm and egg one set of chromosomes each.

• Sex organRelated: Gonads use meiosis to form gametes with half the usual chromosome number.

• TimemaRelated: Sexual Timema use meiosis to produce eggs, while some asexual lineages modify its outcomes.

• TriticaleRelated: Regular chromosome pairing during meiosis supports triticale fertility.

• Y linkageRelated: The Y chromosome segregates into sperm during the male's meiosis.

• ZebroidRelated: Meiosis can fail to pair mismatched chromosomes in zebroid reproductive cells.