In single celled organisms, the beating action of cilia cause the organism to move.
In large animals like people, the beating action of cilia in the respiratory system force mucous and contaminates upward into the mouth and away from the lungs.
A paramecium moves by beating hair-like structures called cilia in a coordinated manner. These cilia create a flowing movement of water around the paramecium, propelling it forward in a characteristic spiraling motion.
Ciliated epithelial cells line the respiratory tract and help to move mucus and foreign particles out of the airways by beating their cilia in a coordinated manner. This action helps to protect the lungs from infections and maintains clean airways for efficient breathing.
Some examples of protists that use cilia for locomotion include Paramecium and Didinium. Cilia are hair-like structures that help these protists move by beating in a coordinated manner, allowing them to glide through their aquatic environments.
Cilia lining moves the human egg through the oviduct. They beat in such a manner that it drives the egg toward the uterus.
cilea
A tube containing cilia is called a trachea. The trachea is part of the respiratory system and it helps to move mucus and debris away from the lungs by the beating action of the cilia.
Paramecium.
Paramecium move around by beating their cilia in a coordinated manner, allowing them to swim and navigate through their aquatic environment. They can change their direction by altering the movement of their cilia.
Cilia on sponge larvae help with swimming and feeding. The beating motion of the cilia propels the larvae through the water and helps them capture food particles to eat.
Occasional smoking temporarily disrupts the sweeping action of tiny hairs called cilia. Long-term exposure to cigarette smoke causes the cilia.
The cilia of the primary bronchi mucosa functions by beating upward towards the larynx. As such, they conduct air into both lungs.
The hair-like structures on a protozoa are called cilia. Cilia are short, numerous, and hair-like projections that help in movement and feeding in protozoa. They are used for locomotion by beating in a coordinated manner.
Paramecium moves using cilia, which are short hair-like structures covering its entire outer surface. The coordinated beating of these cilia propels it through the water in a characteristic spiraling motion. Paramecium can change direction and speed by adjusting the movement of its cilia.
A paramecium moves by beating hair-like structures called cilia in a coordinated manner. These cilia create a flowing movement of water around the paramecium, propelling it forward in a characteristic spiraling motion.
Beating ciliated epithelial cells
Cilia obtain their energy through the chemical process of ATP hydrolysis, which fuels the movement of dynein motor proteins along microtubules. This movement causes the bending and beating motion of cilia, allowing them to propel substances across cell surfaces.
your heart beating