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Meiosis II: Telophase

Telophase is marked by the arrival of a single set of chromosomes at each spindle pole, reformation of the nuclear envelope, decondensation of the chromosomal DNA and the reappearance of the nucleolus. A cleavage furrow continues to develop, indicating the initial formation of the daughter cells (cytokinesis).

Chromosomes <p>Telophase is marked by the arrival of a single set of chromosomes at each spindle pole, reformation of the nuclear envelope, decondensation of the chromosomal DNA and the reappearance of the nucleolus. A cleavage furrow continues to develop, indicating the initial formation of the daughter cells (cytokinesis).</p>

Chromosomes

Telophase is marked by the arrival of a single set of chromosomes at each spindle pole, reformation of the nuclear envelope, decondensation of the chromosomal DNA and the reappearance of the nucleolus. A cleavage furrow continues to develop, indicating the initial formation of the daughter cells (cytokinesis).

Nuclear envelopes (reforming) <p>Telophase is marked by the arrival of a single set of chromosomes at each spindle pole, reformation of the nuclear envelope, decondensation of the chromosomal DNA and the reappearance of the nucleolus. A cleavage furrow continues to develop, indicating the initial formation of the daughter cells (cytokinesis).</p>

Nuclear envelopes (reforming)

Telophase is marked by the arrival of a single set of chromosomes at each spindle pole, reformation of the nuclear envelope, decondensation of the chromosomal DNA and the reappearance of the nucleolus. A cleavage furrow continues to develop, indicating the initial formation of the daughter cells (cytokinesis).

Nucleoli (reforming) <p>Telophase is marked by the arrival of a single set of chromosomes at each spindle pole, reformation of the nuclear envelope, decondensation of the chromosomal DNA and the reappearance of the nucleolus. A cleavage furrow continues to develop, indicating the initial formation of the daughter cells (cytokinesis).</p>

Nucleoli (reforming)

Telophase is marked by the arrival of a single set of chromosomes at each spindle pole, reformation of the nuclear envelope, decondensation of the chromosomal DNA and the reappearance of the nucleolus. A cleavage furrow continues to develop, indicating the initial formation of the daughter cells (cytokinesis).

Cleavage furrows <p>Telophase is marked by the arrival of a single set of chromosomes at each spindle pole, reformation of the nuclear envelope, decondensation of the chromosomal DNA and the reappearance of the nucleolus. A cleavage furrow continues to develop, indicating the initial formation of the daughter cells (cytokinesis).</p>

Cleavage furrows

Telophase is marked by the arrival of a single set of chromosomes at each spindle pole, reformation of the nuclear envelope, decondensation of the chromosomal DNA and the reappearance of the nucleolus. A cleavage furrow continues to develop, indicating the initial formation of the daughter cells (cytokinesis).

Contractile rings <p>Telophase is marked by the arrival of a single set of chromosomes at each spindle pole, reformation of the nuclear envelope, decondensation of the chromosomal DNA and the reappearance of the nucleolus. A cleavage furrow continues to develop, indicating the initial formation of the daughter cells (cytokinesis).</p>

Contractile rings

Telophase is marked by the arrival of a single set of chromosomes at each spindle pole, reformation of the nuclear envelope, decondensation of the chromosomal DNA and the reappearance of the nucleolus. A cleavage furrow continues to develop, indicating the initial formation of the daughter cells (cytokinesis).

Main Slide Chromosomes Nuclear envelopes (reforming)Nucleoli (reforming)Cleavage furrows Contractile rings