k TEM of mitosis telophase of human kidney cell Cell division. Transmission electron micrograph of cytokinesis division of a cells cytoplasm after mitosis of a human embryonic kidney cell. This is a tissue culture cell. In this late phase of cell division telophase the nucleus has divided into two dark areas. Each daughter nucleus contains genetic material identical to that of the mother cell. Spindle microtubules can be seen in the cytoplasmic bridge between the two cells. The spindle is involved in separating chromosomes during division of the nucleus. At telophase the cell membrane is drawn in to form a cleavage furrow, which will break to leave two daughter cells. Magnification x8500 at 8x10 inch size. Stock Photo - Afloimages
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TEM of mitosis  telophase  of human kidney cell Cell division. Transmission electron micrograph of cytokinesis  division of a cell s cytoplasm  after mitosis of a human embryonic kidney cell. This is a tissue culture cell. In this late phase of cell division  telophase  the nucleus has divided into two  dark areas . Each daughter nucleus contains genetic material identical to that of the mother cell. Spindle microtubules can be seen in the cytoplasmic bridge between the two cells. The spindle is involved in separating chromosomes during division of the nucleus. At telophase the cell membrane is drawn in to form a cleavage furrow, which will break to leave two daughter cells. Magnification: x8500 at 8x10 inch size.
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TEM of mitosis (telophase) of human kidney cell

Cell division. Transmission electron micrograph of cytokinesis (division of a cell's cytoplasm) after mitosis of a human embryonic kidney cell. This is a tissue culture cell. In this late phase of cell division (telophase) the nucleus has divided into two (dark areas). Each daughter nucleus contains genetic material identical to that of the mother cell. Spindle microtubules can be seen in the cytoplasmic bridge between the two cells. The spindle is involved in separating chromosomes during division of the nucleus. At telophase the cell membrane is drawn in to form a cleavage furrow, which will break to leave two daughter cells. Magnification: x8500 at 8x10 inch size.

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