Skın cells
teeth
Mitosis would occur more often in skin cells than in teeth cells. This is because skin cells undergo constant regeneration to replace old or damaged cells, whereas teeth cells do not undergo regular cell turnover like skin cells.
Gluconeogenesis
During mitosis in a plant cell, you would expect to observe specific changes in the cell cycle such as the condensation of chromosomes, alignment of chromosomes at the cell's center, separation of sister chromatids, and the division of the cell into two daughter cells.
No, you would not expect to find centrioles in onion root tip cells undergoing mitosis. Onion cells, like many plant cells, do not have centrioles; instead, they organize their mitotic spindle through other structures, such as microtubule-organizing centers. Thus, while mitosis occurs in these cells, it does so without the involvement of centrioles.
Yes, all the stages of mitosis are identifiable in one side.
MITOCHONDRIA
Mitosis occurs more often in the cells of adult person's skin compared to adult person's teeth. Skin cells are continuously dividing and regenerating, whereas the cells in adult teeth stop dividing once they are fully formed.
mitosis: doubles then slits. meiosis: doubles twice then splits into 23s
In a majority of individuals, the skin regenerates at a much faster rate than does bone. Therefore, the mitosis would be expected to be higher in the skin
Mitosis occurs in eukaryotic cells. Most animal and fungi cells divide by mitosis; except the gametes.
Under a microscope, a cell in Interphase would display a well-defined nucleus containing a distinct nucleolus and chromatin that appears as a diffuse, uncondensed mass. You would not see visible chromosomes, as they have not yet condensed for mitosis. Additionally, the cytoplasm would appear normal, with typical organelles present, indicating that the cell is engaged in regular metabolic activities rather than preparing for division.