Mitosis
In both animals and plants, cells produce new cells by mitosis - but they split differently. A cleavage farrow forms in the animal cell and it splits. For the plant cell, a cell plate forms and then the cell splits.
Both animal cells and plant cells produce new cells by Mitosis, but at the "Telophase" stage (where the cell actually splits) they split differently. A cleavage furrow forms on the animal cell and it splits. For the plant cell, a cell plate forms and the cell splits.
Cytokenesis in plant cells divide with a cell plate, that will later form the cell wall structure of the plant cell. In animal cells, a cleavage furrow forms and splits the cell membranes.
A cell plate isn't a kind of cell. A cell plate is what forms during mitosis in plants during cytokinesis. It's the intermidiate structure that splits a plant cell in half, and later becomes the new cell wall for the adjoining new cells.
A cell plate isn't a kind of cell. A cell plate is what forms during mitosis in plants during cytokinesis. It's the intermidiate structure that splits a plant cell in half, and later becomes the new cell wall for the adjoining new cells.
New cells technically don't form. Instead, there will be a new cell when a cell splits apart.
Cell division
When a cell undergoes cell division, it splits to produce two new cells. These new cells are called daughter cells. The original cell which splits to produce the daughter cells is known as the parent cell.
In both animals and plants, cells produce new cells by mitosis - but they split differently. A cleavage farrow forms in the animal cell and it splits. For the plant cell, a cell plate forms and then the cell splits.
The mitotic spindle grows across a cell before it splits into new ones. The mitotic spindle forms at the beginning of mitosis between opposite ends of the cell. This is what the chromosomes attach to.
A plant cell has a cell plate in the midline during cell division, especially in cytokinesis. The cell plate forms from vesicles carrying cell wall materials that fuse at the center of the dividing cell to create a new cell wall between the two daughter cells.
Each new cell inherits genetic information from the parent cell in the form of DNA. This DNA contains instructions for essential processes such as growth, metabolism, and replication. As the new cell divides and grows, it utilizes these instructions to carry out its functions and ensure its survival.