Identify the events in the cell cycle that must be completed successfully for daughter cells to share an identical complement of chromosomes. Check all that apply. A) the spindle apparatus must connect with the ends of each sister chromatid in pro metaphase; B) the sister chromatids of each replicated chromosome must be partitioned in anaphase and fully separated into daughter cells by cytokinesis; C) the spindle apparatus must connect with the kinetochores of each sister chromatid in pro metaphase; D) the sister chromatids of each replicated chromosome must be partitioned in the G2 phase and fully separated into daughter cells by cytokinesis; E) all the chromosomes must be replicated during the prophase; F) all the chromosomes must be replicated during the S phase

Respuesta :

The correct answers are option B, C and F.

The events in the cell cycle that must be completed successfully for daughter cells to share an identical complement of chromosomes are replication of chromosomes during S phase, spindle fiber meets kinetochores in pro-metaphase, partition of sister chromatids in anaphase and formation of new daughter cells during cytokinesis.

The detail of each step is given below.

The sister chromatids of each replicated chromosome must be partitioned in anaphase and fully separated into daughter cells by cytokinesis.

The spindle apparatus must connect with the kinetochores of each sister chromatid in pro metaphase.

All the chromosomes must be replicated during the S phase.

Hence these are the events in the cell cycle that must be completed successfully for daughter cells to share an identical complement of chromosomes.

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