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For the following phases of mitosis and meiosis, select the correct number of chromosomes, chromatids, and chromatin found in a single cell of an American bison:

- Interphase:
- Chromosomes: [Select]
- Chromatids: [Select]
- Chromatin: [Select]

- End of S-phase:
- Chromosomes: [Select]
- Chromatids: [Select]
- Chromatin: [Select]

- Anaphase:
- Chromosomes: [Select]
- Chromatids: [Select]
- Chromatin: [Select]

- End of Telophase:
- Chromosomes: [Select]
- Chromatids: [Select]
- Chromatin: [Select]

- Metaphase I:
- Chromosomes: [Select]
- Chromatids: [Select]
- Chromatin: [Select]

- End of Telophase I:
- Chromosomes: [Select]
- Chromatids: [Select]
- Chromatin: [Select]

- Anaphase II:
- Chromosomes: [Select]
- Chromatids: [Select]
- Chromatin: [Select]


Sagot :

Final answer:

The detailed answer explains the variations in the number of chromosomes, chromatids, and chromatin in a single American bison cell during different phases of cell division.


Explanation:

Chromosomes, chromatids, and chromatin play vital roles in cell division processes such as mitosis and meiosis. In a single American bison cell, the number of chromosomes and chromatids varies during different phases:

  1. Interphase: Chromosomes: 46, Chromatids: 92, Chromatin
  2. End of S-phase: Chromosomes: 46, Chromatids: 92, Chromatin
  3. Anaphase: Chromosomes: 46, Chromatids: 92, Chromatin
  4. End of Telophase: Chromosomes: 46, Chromatids: 92, Chromatin
  5. Metaphase I: Chromosomes: 46, Chromatids: 92, Chromatin
  6. Anaphase II: Chromosomes: 24, Chromatids: 48, Chromatin

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