What is the difference between the metaphase chromosome and telophase chromosome? Metaphase chromosomes exist as single chromatids; meanwhile, telophase chromosomes appear as sister chromatids Metaphase chromosomes materialize as homologous chromosome; on one hand, telophase chromosomes are structurally bonded with its homologue. O Metaphase chromosomes exist as sister chromatids; meanwhile, telophase chromosomes appear as single chromatids Metaphase chromosomes are structurally bonded with its homologue; on the other hand, telophase chromosomes do not materialize homologous chromosomes.

Human Anatomy & Physiology (11th Edition)
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Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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What is the difference between the metaphase chromosome and telophase chromosome?
Metaphase chromosomes exist as single chromatids; meanwhile, telophase chromosomes appear as sister
chromatids
Metaphase chromosomes materialize as homologous chromosome; on one hand, telophase chromosomes are
structurally bonded with its homologue.
Metaphase chromosomes exist as sister chromatids; meanwhile, telophase chromosomes appear as single
chromatids
Metaphase chromosomes are structurally bonded with its homologue; on the other hand, telophase chromosomes
do not materialize homologous chromosomes.
Transcribed Image Text:What is the difference between the metaphase chromosome and telophase chromosome? Metaphase chromosomes exist as single chromatids; meanwhile, telophase chromosomes appear as sister chromatids Metaphase chromosomes materialize as homologous chromosome; on one hand, telophase chromosomes are structurally bonded with its homologue. Metaphase chromosomes exist as sister chromatids; meanwhile, telophase chromosomes appear as single chromatids Metaphase chromosomes are structurally bonded with its homologue; on the other hand, telophase chromosomes do not materialize homologous chromosomes.
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