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What has short hairlike structures?
velcro
What are short hairlike projections on a cell surface?
Short hairlike projections on a cell surface are called cilia. Cilia are specialized structures that act like tiny antennas, helping cells to sense their surroundings and move substances across the cell surface.
What are Short hairlike structures that protrude from the surface of a cell and are packed in tight rows called?
Cilia.
What are short hairlike structures that move a cell?
flagella
What are short hairlike projections used for locomotion called?
Short hairlike projections that are used for locomotion are called cilia. Cilia are normally found on unicellular organisms and not multicellular organisms.
What are the one or two hairlike structures that extend from the surface and help move the cells?
Cilia and flagella are the hairlike structures that extend from the surface of cells and help in cell movement. Cilia are short and numerous while flagella are longer and usually found singly or in pairs.
Which phrase describes the structure of cilia?
Is the anwser short, hairlike structures
What are short hairlike projections on cell surface that are composed of microtubules?
eukaryotic cells
What are short hairlike projections on a cells surface that are composed of micro-tubules?
Cillia
Short hairlike appendage?
Short, hair like appendages help in fastening to mucous membranes. These numerous appendages are called fimbriae. Cilia are another short, hair like appendage that extends from living cell surfaces.
What is the Hairlike structure on the surface of many bacteria?
Flagella are long hair-like structures and Cillia are short hair-like structures. They can both help with the movement of the bacteria and cillia could stop foreign material entering the bacteria cell.
What are short hairlike structures made of microtubules that help move cells?
Cilia and flagella are short hairlike structures made of microtubules that help move cells. Cilia are shorter and numerous, whereas flagella are longer and fewer in number. Both structures aid in cell movement and fluid flow.
