Flagella. (There can be more than 2)
These are called microvilli which means shaggy hair. They are tiny hairlike folds in the plasma membrane that extend from the surface of some cells. They are be seen as a "brush border" with a light microscope.
what are the small like hair structures the surface some epithelial cells?
There are two types or hairlike structures that microorganisms use for movement. They are cilia (singular: cilium) and flagella (singular: flagellum). Usually microorganisms have cilia (more than one cilium) and flagellum (usually only one).
Yes, they can
Cells with hairlike structures are found in cells lining the inner walls of the esophagus, bronchioles, as well as the intestines. These hair-like structures are called microvilli. Their function is to beat in one direction and facilitate in the movement of small particles in one direction. They are particularly useful in places of the body where there are air ducts.
No. Cilia are hairlike structures found on some cells.
Those letters spell CILIUM, a word for the small, hairlike structures on the surface of some cells.
eukaryotic cells
These are called microvilli which means shaggy hair. They are tiny hairlike folds in the plasma membrane that extend from the surface of some cells. They are be seen as a "brush border" with a light microscope.
Flagellum are organelles resembling hairlike structures. They enable movement of the cells in which they are a part of.
Cillia
eukaryotic cells
what are the small like hair structures the surface some epithelial cells?
There are two types or hairlike structures that microorganisms use for movement. They are cilia (singular: cilium) and flagella (singular: flagellum). Usually microorganisms have cilia (more than one cilium) and flagellum (usually only one).
absorption of molecules is directly related to the amount of surface area for the molecules to diffuse across the cell membrane. Villi are structures in the small intestines that increases the surface area of the small intestines because of the finger like projections.
yes. it's those hairlike cells that translate the waves and vibrations into neurological stimulus that the brain can understand and interprete.
flagella