flagellum
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).
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.
Yes, they can
An animal cell moves by cilium which is a microscopic hairlike process extending from the surface of a cell or unicellular organism. Cilia acts together with others to move around.
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).
Flagellum are organelles resembling hairlike structures. They enable movement of the cells in which they are a part of.
In reference to cells, the answer is cilia.
cytoskeleton
cytoskeleton
yes. it's those hairlike cells that translate the waves and vibrations into neurological stimulus that the brain can understand and interprete.
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.
Golgi bodies
Yes, they can
if your talking about cells, its the flagellum
flagella
Cilia