Mucus can get into your lungs if your ciliated cells stop working.
Designed to stop dust and bacteria.
Ciliated cell line all the air passages in your lungs. they have tiny hairs which filter the air as it blows through. the hair sweeps mucus with trapped dust and bacteria up to the back of the throat where its swallowed
I need to know how ciliated cells help the fertilised egg to function
A ciliated cell has a number of special features which helps in the normal functioning. They have protruding hairs which are able to trap anything that may be harmful to the cell in the mucus.
dont tell me to answer this question, i was the one who asked you.
its cells that go up Claudia Sacks noseThey are cells that have cilia, which are hairs! The cell is designed to stop lung damage! You will find them in animal cells, there is one kind of plant cell that has it too.
no
Ciliated cells form epithelial tissue. These specialized cells have hair-like structures called cilia on their surface that help move substances across the surface of tissues, such as in the respiratory tract to help clear mucus.
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they stop heart desise
Ciliated cells help to clear dust and dirt from your airways with tiny hairs.
A ciliated cell dies when it finishes doing it job which is either to sweep up mucus to the throat or to brush up dust and destroy it.
because they clear out the lungs
Ciliated cell line all the air passages in your lungs. they have tiny hairs which filter the air as it blows through. the hair sweeps mucus with trapped dust and bacteria up to the back of the throat where its swallowed
I need to know how ciliated cells help the fertilised egg to function
in the oviduct
They sweep dust and microbes
A ciliated epithelial cell is modified with hair-like structures called cilia on its surface that help in moving substances along the cell surface. These cilia beat in a coordinated manner to generate a unidirectional flow of substances like mucus in the respiratory tract or egg in the fallopian tubes. The presence of cilia increases the surface area of the cell and enhances its function in moving materials efficiently.