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Cell Cycle. By Dante Brittis. Interphase. G 1 Phase-The cell grows S Phase- DNA dupllicates G 2 Phase-Cell continues to prepare for cell division. Centriole. Cell. Cytoplasm. Chromatin. Nucleus / Nuclear membrane. Nucleolus. DNA. Interphase. G 1 Phase-The cell grows
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Cell Cycle By Dante Brittis
Interphase G1 Phase-The cell grows S Phase- DNA dupllicates G2 Phase-Cell continues to prepare for cell division
Centriole Cell Cytoplasm Chromatin Nucleus / Nuclear membrane Nucleolus DNA Interphase G1 Phase-The cell grows S Phase- DNA is spread out into chromatin G2 Phase-Cell continues to prepare for cell division
Microtubules Chromosomes Centromere Sister Chromatids Prophase -Chromatin scrunches up and forms chromosomes -Nuclear Membrane breaks down -Spindle fibers form -Microtubules grow from centrioles -Centrioles move to opposite ends of cell -Nucleolus and nuclear envelope disapear
Prophase -Chromatin scrunches up and forms chromosomes -Nuclear Membrane breaks down -Spindle fibers form -Microtubules grow from centrioles -Centrioles move to opposite ends of cell
Prophase -Chromatin scrunches up and forms chromosomes -Nuclear Membrane breaks down -Spindle fibers form -Microtubules grow from centrioles -Centrioles move to opposite ends of cell
Metaphase -Chromosomes line up in middle of cell -Spindle fibers attatch to sister chromatids - Spindle Fibers
Metaphase -Chromosomes line up in middle of cell -Spindle fibers attatch to sister chromatids -
Anaphase Sister Chromatids divide -Chromosome move away from each other
Telophase -Two groups of chromosomes are at opposite sides of cell and a nuclear membrane forms around each group -Chromosomes uncoil and spindles disappear Chromosomes
Telophase -Two groups of chromosomes are at opposite sides of cell and a nuclear membrane forms around each group -Chromosomes uncoil and spindles disappear
Cytokinesis -Two genetically identical cells are formed