A cell plate would only form in plant cells because the cell wall is very rigid. As a result, a cell plate grows in the middle of the plant cell, dividing it into two daughter cells.
Conversely, in an animal cell, a cleavage furrow is formed after telophase is complete. A cleavage furrow results from the plasma membrane of the cell pinching inwards near the centre. The flexibility of the plasma membrane makes this possible.
A cell plate forms between two daughter cells at the end of telophase in plant cell mitosis. This cell plate eventually develops into a new cell wall, separating the two daughter cells.
A cell plate forms at the end of telophase to separate plant cells. This structure is made of vesicles containing cell wall components, which fuse together to form a new cell wall between the two daughter cells.
The division cell plate appears during the telophase stage of cell division, specifically in cytokinesis. It forms in between the two new daughter cells as the cell membrane pinches inward to separate them.
A cleavage furrow forms across the center of a cell at the end of telophase. This furrow is a contractile ring made up of actin and myosin filaments that constricts the cell, leading to its division into two daughter cells during cytokinesis.
In telophase, each side of the cell has a complete set of chromosomes that have arrived at the poles of the cell. This is a stage of cell division where the nuclear envelope reforms around the separated chromosomes, preparing for cytokinesis to divide the cell into two daughter cells.
Telophase
A cell plate forms between two daughter cells at the end of telophase in plant cell mitosis. This cell plate eventually develops into a new cell wall, separating the two daughter cells.
A cell plate forms at the end of telophase to separate plant cells. This structure is made of vesicles containing cell wall components, which fuse together to form a new cell wall between the two daughter cells.
The division cell plate appears during the telophase stage of cell division, specifically in cytokinesis. It forms in between the two new daughter cells as the cell membrane pinches inward to separate them.
cell plate is the answer if your doing the crossword.
A cleavage furrow forms across the center of a cell at the end of telophase. This furrow is a contractile ring made up of actin and myosin filaments that constricts the cell, leading to its division into two daughter cells during cytokinesis.
The M Phase occurs just prior to the completion of Cell division. After Cell division is complete, a new G-phase [G for Growth] begins. Several Other Phases logically [oops - biologically] ensue; {not Listed here} they do sequentially Result in the (above named) Phase that sequentially performs and completes Mitosis, and Cyto-Kinesis [the closing of the link between Daughter Cells], and finally Cell division.
cell plate
In telophase, each side of the cell has a complete set of chromosomes that have arrived at the poles of the cell. This is a stage of cell division where the nuclear envelope reforms around the separated chromosomes, preparing for cytokinesis to divide the cell into two daughter cells.
A cleavage furrow forms during the Telophase phase. During the Metaphase phase chromosomes line up in the center of cell at the metal plate.
During mitosis, it is when the cell is in telophase.
This occurs when a eukaryotic cell divides in mitosis or meiosis. The cell plate forms during telophase and is what divides the cytoplasm for the 2 daughter cells.