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The nuclear membrane fades from view
Sister chromatids separate during Anaphase II of meiosis.*They are pulled apart and then start moving to opposite sides of the cell.
The spindle apparatus plays an important part in mitosis. It is responsible for segregating the chromosomes into two daughter cells by attaching to and moving the sister chromatids. This process ensures that each daughter cell receives an equal and complete set of chromosomes.
Interphase is the longest part of the cell cycle. This is when the cell grows and copies its DNA before moving into mitosis. Chromosomes will align, separate, and move into new daughter cells during mitosis. The prefix inter- means between, so interphase takes place between one mitotic (M) phase and the next.
Single line of chromosomes is formed at the equatorial plate of Metaphase. The chromosomes start moving in the prophase stage by their terminal ends, guided by inner membrane of the nuclear envelop. The chromosomes at metaphase are in thickest form.
In anaphase, the paired chromosomes separate and begin moving to opposite ends of the cell.
Anaphase: Spindle fibers shorten, the kinetochores separate, and the chromatids (daughter chromosomes) are pulled apart and begin moving to the cell poles. In summery identical sets of chromosomes are moved to opposite sides of the cell.
Anaphase ends when the chromosomes stop moving.
The nuclear membrane fades from view
Sister chromatids separate during Anaphase II of meiosis.*They are pulled apart and then start moving to opposite sides of the cell.
Anaphase and telephase-Anaphase begins when the paired centromeres of each chromosome separate, liberating the sister chromatids, which begin moving toward opposite poles of the cell. At telophase, the chromosomes have reached the poles and daughter nuclei form.
The spindle apparatus plays an important part in mitosis. It is responsible for segregating the chromosomes into two daughter cells by attaching to and moving the sister chromatids. This process ensures that each daughter cell receives an equal and complete set of chromosomes.
In anaphase, the paired chromosomes (sister chromatids) separate and begin moving to opposite ends (poles) of the cell. Spindle fibers not connected to chromatids lengthen and elongate the cell. At the end of anaphase, each pole contains a complete compilation of chromosomes.The paired centromeres in each distinct chromosome begin to move apart.Once the paired sister chromatids separate from one another, each is considered a "full" chromosome. They are referred to as daughter chromosomes.Through the spindle apparatus, the daughter chromosomes move to the poles at opposite ends of the cell.The daughter chromosomes migrate centromere first and the kinetochore fibers become shorter as the chromosomes near a pole.In preparation for telophase, the two cell poles also move further apart during the course of anaphase. At the end of anaphase, each pole contains a complete compilation of chromosomes.
Anaphase
Metaphase I In metaphase I, the tetrads get aligned at the center of the cell, at the equatorial plane. Anaphase I The homologous chromosomes separate during this stage. Telophase I The chromosomes continue to migrate towards the poles. Both the poles have haploid number of chromosomes. Prophase II The nuclei and nuclear membrane are separated. The chromosomes start moving towards the equatorial plane. Metaphase II The chromosomes are aligned at the equatorial plane prior to separation. Anaphase II The sister chromatids held at the centromere are separated by the spindle fibers. Chromatid pairs begin to move towards the poles. Telophase II Four nuclei (two each in a daughter cell) are formed by the process of cytokinesis. Each of the four nuclei develops a nuclear envelope. Four daughter cells or gametes are formed.
Interphase is the longest part of the cell cycle. This is when the cell grows and copies its DNA before moving into mitosis. Chromosomes will align, separate, and move into new daughter cells during mitosis. The prefix inter- means between, so interphase takes place between one mitotic (M) phase and the next.
The mitochondria provides the energy for moving chromosomes. The mitochondria produces all energy for the cell because that is where all reactions take place.