Summary of "Mitosis vs. Meiosis: Side by Side Comparison"

Key Concepts:

Mitosis: A process that results in two identical Diploid body cells, crucial for growth and repair.
Meiosis: A specialized form of cell division that produces four non-identical Haploid Gametes (sperm and egg cells), essential for sexual reproduction.
Diploid and Haploid: Diploid cells (2n) have two sets of chromosomes (46 in humans), while Haploid cells (n) have one set (23 in humans).
Interphase: The phase where chromosomes are duplicated before Mitosis or Meiosis begins, resulting in 92 chromatids attached at the centromere.
Homologous Chromosomes: Chromosomes that are similar in size and gene content, pairing during Meiosis for genetic recombination.

PMAT Acronym: Stands for Prophase, Metaphase, Anaphase, and Telophase, which are the stages both processes go through.
- Mitosis:
  - Prophase: Chromosomes condense and become visible.
  - Metaphase: Chromosomes align in the middle of the cell.
  - Anaphase: Chromatids are pulled away to opposite sides.
  - Telophase: New nuclei form, and cytokinesis follows to split the cytoplasm.
- Meiosis:
  - Meiosis I:
    - Prophase I: Homologous chromosomes pair and may undergo crossing over, creating recombinant chromosomes.
    - Metaphase I: Chromosomes align in pairs in the middle.
    - Anaphase I: Homologous chromosomes are pulled apart.
    - Telophase I: New nuclei form, followed by cytokinesis.
  - Meiosis II (similar to Mitosis):
    - Prophase II: Chromosomes condense without homologous pairs.
    - Metaphase II: Chromosomes align in a single file line.
    - Anaphase II: Chromatids are pulled apart.
    - Telophase II: New nuclei form, followed by cytokinesis, resulting in four non-identical Gametes.

Gametes: Resulting cells from Meiosis are Haploid and crucial for sexual reproduction.
Zygote Formation: When a sperm and egg combine, they form a Diploid zygote that undergoes Mitosis to develop into a new organism.