Metastasis
No, unicellular plants like Clamydomonas do not have secondary cells.
Secondary Data
These regions, where cells continuously divide, are where plant growth originates.
No, epidermal cells do not have a secondary cell wall. The primary cell wall of epidermal cells is composed mainly of cellulose, hemicellulose, and pectin, providing support and protection to the cell. Secondary cell walls are found in specific types of cells, such as xylem cells in plants, for additional structural support.
These are the interstitial cells.
No, unicellular plants like Clamydomonas do not have secondary cells.
Primary cells can't be recharge. Secondary cells are rechargable.
Secondary Data
These regions, where cells continuously divide, are where plant growth originates.
The embryonic origin of secondary mesenchyme cells in echinoderms is from sea cucumbers or sea urchins.
A primary cell can't be recharged, for example am ordinary 'D' cell, while secondary cells are rechargeable, e.g. one of the cells in a car battery.
No, epidermal cells do not have a secondary cell wall. The primary cell wall of epidermal cells is composed mainly of cellulose, hemicellulose, and pectin, providing support and protection to the cell. Secondary cell walls are found in specific types of cells, such as xylem cells in plants, for additional structural support.
These are the interstitial cells.
A primary cell cannot be recharged whereas a secondary cell can be recharged. In a primary cell chemical reaction is irreversible whereas in a secondary cell chemical reaction is reversible. ... A primary cell is light and less expensive whereas a secondary cell is heavy and expensive.
Secondary spermatocyte
Meristems are areas of cell division that are found at the tip of the stem and just behind the tip of the root of a plant. They provide the cells that are needed in plants to produce height. They also aid secondary stem growth by forming additional cells to increase width.
Secondary growth results in the formation of cells produced by lateral meristems, which are called secondary growth tissues. These tissues include vascular cambium and cork cambium, which produce secondary xylem and phloem, as well as cork, respectively.