The final statement is that the cells seen using the microscope will not be very large or clear, but it will be sufficient enough for a general idea of what is going on. It stated that the viewer will be able to see the chromosomes in one stage of mitosis and, during the prophase, metaphase, and anaphase stages, the viewer is able to see the chromosomes. It states that all somatic cells will undergo the stages of mitosis multiple times throughout their overall lifetime and they do. 40% of the cells are in a stage of mitosisįurthermore, the stated hypothesis is correct.5% of the cells are in the telophase stage.5% of the cells are in the anaphase stage.5% of the cells are in the metaphase stage.25% of the cells are in the prophase stage.Percentage of cells= (# of cells showing mitosis) /Total cells observed x 100 Phase The mother cell duplicates its chromosomes so that each daughter cell will receive the exact number that they originally have. If a mother cell has 10 chromosomes, each daughter cell will also have 10 chromosomes. This was also viewed at 400X magnification. In this stage, the chromosomes reached the centrioles and a nuclear membrane begins to form around each nucleus. The cell that is in the telophase stage looks like two circular cells joined together. When observing the whitefish embryo cells for the stage of telophase, the overall shape stayed the same except for one cell which is currently in the telophase stage. Like the last two specimens, this was viewed in 400X magnification. The stage that the cell is currently in is anaphase. In a certain cell, the chromosomes (condensed chromatin), that were lined up in the previous stage, break apart from their duplicates and head towards opposite centrioles. When observing the whitefish embryo for the stage of anaphase, the overall cell shape stayed the same and they still had a circular shape. This was, like the onion root cells, viewed at 400X total magnification. That certain cell is in the metaphase stage. In a certain cell, the chromatin, that was condensing during prophase, line up at the equatorial plate. When observing the whitefish embryo cells for the stage of metaphase, the cells took on a circular shape and, like the onion root cell, many nuclei can be seen. This was all seen in 400X total magnification. Also, the cell walls in the onion root were barely visible, but the nuclei were very clear. The stage that the cell is currently in is prophase.
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