What happens during telophase 2?
Understand the Problem
The question is asking about the biological process that occurs during telophase 2, which is a stage in meiosis. This phase is characterized by the reforming of the nuclear envelope around the separated chromosomes, the decondensation of chromosomes back into chromatin, and the preparation for cell division. The key concepts include the changes in the cell's structure and the completion of meiosis.
Answer
Chromosomes gather at cell poles, nuclear envelope reappears, spindle apparatus disappears, chromosomes de-condense, and cytokinesis forms two daughter cells.
The chromosomes gather at the 2 poles of the cell, the nuclear envelope reappears, the spindle apparatus disappears, and the chromosomes de-condense back into chromatin. Cytokinesis then forms two daughter cells from each of the two cells resulting from meiosis I.
Answer for screen readers
The chromosomes gather at the 2 poles of the cell, the nuclear envelope reappears, the spindle apparatus disappears, and the chromosomes de-condense back into chromatin. Cytokinesis then forms two daughter cells from each of the two cells resulting from meiosis I.
More Information
During telophase II, the major steps that restore the cell to its interphase state include reformation of the nuclear membranes and de-condensation of the chromosomes, ensuring that the resulting gametes are haploid (containing half the number of chromosomes).
Sources
- Meiosis: Telophase II - Plant and Soil Sciences eLibrary - passel2.unl.edu
- Meiosis II | Biology for Majors I - courses.lumenlearning.com
- What happens during telophase 2? - ncbi.nlm.nih.gov
