Cilia

Cilia on the cells in the brain ventricles help to circulate cerebrospinal fluid.

The cilia in the nasal passages help trap dust and other particles from entering the lungs.

Cilia are tiny hair-like structures found in the respiratory tract.

Cilia lining the fallopian tubes help to move the egg towards the uterus.

The cilia of algae play a vital role in their ability to photosynthesize.

Cilia in the trachea help to move foreign particles, such as dust or pollen, out of the respiratory system.

The cilia on the surface of the brain ventricles help circulate cerebrospinal fluid.

The cilia lining the trachea protect the lungs from harmful particles.

The cilia in the fallopian tube help to move the fertilized egg towards the uterus.

Cilia are found on the surface of many types of cells, including those lining the intestine.

The presence of cilia in the inner ear contributes to the sensation of balance.

The cilia on the surface of the skin help to protect it from foreign particles.

The cilia of the eukaryotic cell are important for cell movement.

The cilia on the lining of the small intestine help to move food along the digestive tract.

The cilia lining the respiratory tract help in trapping dust and bacteria.

The lining of the respiratory tract is covered in cilia that trap and move debris away from the lungs.

The rhythmic beating of the cilia in the trachea helps prevent foreign particles from entering the lungs.

The cilia on the cells of the olfactory epithelium help detect odors.

The cilia in the respiratory tract help to trap dust and debris.

Certain medications can damage the cilia in the inner ear, leading to hearing loss.

The cilia of some types of algae help them to move towards sources of light and nutrients.

The movement of food along the digestive tract is facilitated by cilia.

The outer layer of some protozoa is covered with cilia for protection.

Some aquatic animals use their cilia to swim and capture food.

The cilia on the roots of plants help to absorb water and nutrients from the soil.

The oviduct has cilia that move the egg towards the uterus.

The turbine blades were designed to resemble cilia, increasing their efficiency.

The cilia lining the oviducts of birds and reptiles help move the egg towards the cloaca.

The beating of the cilia helps move mucus out of the respiratory tract.

Smoking cigarettes can cause damage to the cilia in the lungs.

Cilia are hair-like structures that protrude from the cells of the respiratory system.

The flagella and cilia are two types of structures used by cells for locomotion.

The movement of cilia in the respiratory tract helps to expel dust and debris.

The cilia lining the fallopian tubes aid in the transportation of sperm.

The cilia on the surface of some cells help them to sense their environment.

Cilia in the oviducts help move the egg towards the uterus.

Cilia in the oviducts of female rabbits help to move the egg towards the uterus.

In some species of fish, cilia assist in the flow of water over the gills.

Paramecia use their cilia for locomotion in water.

The paramecium propels itself using its cilia.

The movement of cilia in the inner ear helps us to maintain balance.

The flagella and cilia of some bacteria are used for movement and the propulsion of fluids.

Certain drugs can affect the movement of cilia, causing side effects.

Primary ciliary dyskinesia is a genetic disorder that affects the cilia in the respiratory tract.

Cilia in the inner ear help to detect sound waves and contribute to our sense of hearing.

Cilia are hair-like structures found in certain cells.

The cilia on the surface of the eye help to keep it moist.

The human respiratory system contains cilia that help to remove foreign particles.

The cilia on the surface of the brain ventricles help in the circulation of cerebrospinal fluid.

Certain species of single-celled organisms use cilia to move and feed.