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Telophase

During telophase, the nuclear envelope and nucleoli reform, and the chromosomal DNA decondenses.  The developing cleavage furrow indicates the division of the cytoplasm (cytokinesis) and the formation of identical daughter cells.

Chromosomes <p>During telophase, the nuclear envelope and nucleoli reform, and the chromosomal DNA decondenses.  The developing cleavage furrow indicates the division of the cytoplasm (cytokinesis) and the formation of identical daughter cells.</p>

Chromosomes

During telophase, the nuclear envelope and nucleoli reform, and the chromosomal DNA decondenses.  The developing cleavage furrow indicates the division of the cytoplasm (cytokinesis) and the formation of identical daughter cells.
Nuclear envelope <p>During telophase, the nuclear envelope and nucleoli reform, and the chromosomal DNA decondenses.  The developing cleavage furrow indicates the division of the cytoplasm (cytokinesis) and the formation of identical daughter cells.</p>

Nuclear envelope

During telophase, the nuclear envelope and nucleoli reform, and the chromosomal DNA decondenses.  The developing cleavage furrow indicates the division of the cytoplasm (cytokinesis) and the formation of identical daughter cells.
Nucleoli <p>During telophase, the nuclear envelope and nucleoli reform, and the chromosomal DNA decondenses.  The developing cleavage furrow indicates the division of the cytoplasm (cytokinesis) and the formation of identical daughter cells.</p>

Nucleoli

During telophase, the nuclear envelope and nucleoli reform, and the chromosomal DNA decondenses.  The developing cleavage furrow indicates the division of the cytoplasm (cytokinesis) and the formation of identical daughter cells.
Cleavage furrow > <p>The cleavage furrow, marking the eventual separation site of the daughter cells, is formed by a contractile ring composed of actin and myosin filaments.  Interaction between the filaments tightens the ring and eventually pinches the cell into two daughter cells.</p>

Cleavage furrow >

The cleavage furrow, marking the eventual separation site of the daughter cells, is formed by a contractile ring composed of actin and myosin filaments.  Interaction between the filaments tightens the ring and eventually pinches the cell into two daughter cells.
Contractile ring <p>The cleavage furrow, marking the eventual separation site of the daughter cells, is formed by a contractile ring composed of actin and myosin filaments.  Interaction between the filaments tightens the ring and eventually pinches the cell into two daughter cells.</p>

Contractile ring

The cleavage furrow, marking the eventual separation site of the daughter cells, is formed by a contractile ring composed of actin and myosin filaments.  Interaction between the filaments tightens the ring and eventually pinches the cell into two daughter cells.
Main SlideChromosomesNuclear envelopeNucleoliCleavage furrow >Contractile ring