Memory Meiosis Matching Card Game (D)Version en ligne Session 1: Activity 2.3 par Jennifer Jennings The nucleus in each daughter cell dissolves (breaks apart) and disappears (cannot be seen). The chromosomes are pulled apart in each daughter cell. Each chromosome is made of two identical chromatids. Each chromatid is pulled to an opposite side of the cell. The chromosomes line up in the center (middle) of each daughter cell. The cell pinches in the middle. New nuclear membranes form around the two groups of chromosomes. Homologous chromosome pairs line up in the center (middle) of the cell. Both daughter cells divide completely into two daughter cells. This results in four total daughter cells. The original cell divides completely into two daughter cells. Both daughter cells pinch in the middle. A new nucleus begins to form around both groups of chromosomes. DNA replicates. Homologous chromosomes pair up in the nucleus of the original cell. The nuclear membrane breaks down. Homologous chromosome pairs are pulled apart. One chromosome from the pair moves to one side of the cell. The other chromosome moves to the opposite side of the cell.
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