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Basics of Meiotic Genetics definitions

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  • Sexual Reproduction
    Mixes genetic material from two individuals, resulting in genetically diverse offspring with increased adaptability.
  • Asexual Reproduction
    Produces offspring genetically identical to the parent, limiting adaptability but beneficial in stable environments.
  • Genetic Diversity
    Variation in genetic information among offspring, enhancing survival and adaptability in changing environments.
  • Mutation
    A change in genetic information that can provide competitive advantages or be eliminated through selection.
  • Germ Cells
    Specialized reproductive cells, such as egg and sperm, containing only one set of chromosomes.
  • Somatic Cells
    Non-reproductive body cells containing two sets of chromosomes, one from each parent.
  • Haploid Cells
    Cells with a single set of chromosomes, carrying half the genetic information needed for offspring.
  • Diploid Cells
    Cells with two sets of chromosomes, containing the full genetic information from both parents.
  • Homologous Chromosomes
    Pairs of chromosomes in diploid cells, each inherited from a different parent, carrying the same genes.
  • Sex Chromosomes
    Chromosome pair (X and Y) determining sex, differing in genetic content compared to other chromosome pairs.
  • Meiosis
    Cell division process reducing chromosome number from diploid to haploid, ensuring genetic diversity.
  • Fertilization
    Union of two haploid cells, restoring diploid chromosome number and combining genetic material.