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The Process of Mitosis . By Russell Clarida . Interphase #1. DNA is spread out as Chromatin Nuclear membrane is visible Nucleolus is visible DNA is copied during “S” portion of Interphase. Nuclear Membrane. Chromation. Nucleolus. Interphase. DNA is spread out as Chromatin
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The Process of Mitosis By Russell Clarida
Interphase #1 • DNA is spread out as Chromatin • Nuclear membrane is visible • Nucleolus is visible • DNA is copied during “S” portion of Interphase Nuclear Membrane Chromation Nucleolus
Interphase • DNA is spread out as Chromatin • Nuclear membrane is visible • Nucleolus is visible • DNA is copied during “S” portion of Interphase
Prophase (dividing) #1 • Chromatin scrunches into Chromosomes • Nuclear membrane/nucleolus disappear • Spindle fibers appear • Centrioles appear next to nucleus toward poles Centrioles Chromosomes Spindle Fibers
Prophase (dividing) • Chromatin scrunches into Chromosomes • Nuclear membrane/nucleolus disappear • Spindle fibers appear • Centrioles appear next to nucleus toward poles
Prophase (dividing) • Chromatin scrunches into Chromosomes • Nuclear membrane/nucleolus disappear • Spindle fibers appear • Centrioles appear next to nucleus toward poles
Prophase (dividing) • Chromatin scrunches into Chromosomes • Nuclear membrane/nucleolus disappear • Spindle fibers appear • Centrioles appear next to nucleus toward poles
Metaphase (middle) #1 • Chromosomes line up in middle of cell
Metaphase (middle) • Chromosomes line up in middle of cell
Metaphase (middle) • Chromosomes line up in middle of cell
Metaphase (middle) • Chromosomes line up in middle of cell
Anaphase (apart) #1 • Chromatid arms separate and move to opposite ends of cell Chromatid arms
Anaphase (apart) • Chromatid arms separate and move to opposite ends of cell
Anaphase (apart) • Chromatid arms separate and move to opposite ends of cell
Anaphase (apart) • Chromatid arms separate and move to opposite ends of cell
Anaphase (apart) • Chromatid arms separate and move to opposite ends of cell
Anaphase (apart) • Chromatid arms separate and move to opposite ends of cell
Telophase #1 • “Reverse prophase” with two nuclei • Chromosomes spread out as Chromatin • Nuclear membrane/nucleolus return • Spindle fibers disappear, Centrioles disappear
Cytokinesis • Breaks into two cells
Importance • This process is something that every cell in every animal goes through to reproduce. This allows us to grow and build our bodies. However, this growth can be bad if uncontrolled, like Leukemia and lymphoma.