A complete set of their genes, and retain the ability to express those genes under certain circumstances.
The cells are alive and metabolically active.
The most abundant cells in the epidermis are keratinocytes.
Most of the cells you view be in interphase at all times. This is because that is the normal resting phase that cells will assume most of the time.
No, only plant cells and most bacterial cells.
Chemiosmosis is a process where cells make the MOST out of their ATP
Terminally differentiated cells are cells that have lost the ability to divide. Examples of these cells in the human body include skeletal muscle cells, cardiac muscle cells, and neurons.
Undifferentiated mesenchymal cell
Well defined between tumor and surrounding tissue. Most times when the words well differentiated is used in regards to cancer it means that under microscopic examination by a pathologist the cancer cells appear to be like normal cells. This helps in grading the cancer, not staging. A well differentiated cancer is of a low grade and, at least in my instance, is not aggressive.
True. The ability of water to retain heat helps cells maintain homeostasis. Water is the most abundant and important nutrient in the body.
There are many cells that loose their capability to divide after certain period of time ( a phenomenon known as replicative senescence in molecular biology). These cells are differentiated and are accustomed to the functions to which they are destined. Most of the cells in the animals are not able to divide, the best examples being neurons and cardiac cells.
Most macrophages only live a few days wheras cell lines live longer.
Differentiated B-Cells, or Plasma cells, along with a variety of other lymphocytes are most commonly found in the lamina propria, or subendothelial layer of the tissues which are most readily accessible to foreign antigens, i.e. gastrointestinal tract, respiratory passages, and urogenital tract.
Multicellular organisms are composed of not only many cells, but many different types of cells. Yet all of the cells of an organism develop from one, original cell, either a spore or a zygote. The way in which these cells become specialized starts out with some type of signal, usually a chemical signal. In response to a given signal or signals, cells can change the way they function and develop, most often by controlling what genes are expressed at what time. This process of cellular determination and differentiation happens most commonly in developing embryos, where the cells don't yet have a specific function, but can occur in certain cells of adult organisms.
The primary function of a sponge is to retain water.It is the right of indigenous cultures to retaintraditional customs.Living things retain most of the characteristics of their parent organisms.
The cells are alive and metabolically active.
Humans are the most complex. Of the six Kingdoms, the most complex must be a eukaryote and multicellular. Therefore, the answer is either fungus, protist, plant, or animal. The ability to move is very complex, and both animals and protists can move, but only animals have the most complex organ: the brain. The human brain is the most developed of all animals', so humans must be the most complex.
Sponges do have some differentiated cells that have different functions but they don't have true tissues like all other animals and plants do. Even though they're included in the Animal kingdom they also symmetry, which most other animals have.