cilia
To catch debris that would otherwise settle in your lungs, the cillia catch debris on inhale, and allow it to exit via exhale.
Frogs uses respiratory surfaces which totals to three to exchange gases on its surroundings. The three respiratory surfaces are the skin, its lungs, and the lining of their mouth.
The cilia are hair-like projections on the epithelial cells that line the respiratory tract and they move in a wave-like pattern to remove debris, bacteria, and viruses out of your lungs. The mucous membrane lining also helps allow for easier transport of debris and microorganisms out of your respiratory system. You actually produce about two pints of mucus everyday just for this purpose.
what feature of the epithelial lining of the respiratory tract is responsible for the smokers cough?
It is the lining of the alveoli that acts as our respiratory surface.
The cells lining the intestinal tract. These produce more surface area so that you can absorb nutrients. Also the same sort of cells line the respiratory tract, these move mucous which has trapped debris. You can swallow and destroy the debris. These some times get over burdened with colds.
In the lining of the respiratory tract.
The structures of the respiratory system that prepare air for entry into the lungs include the nose and nasal cavity, which filter, warm, and humidify the air. The mucus lining the respiratory tract helps trap particles and pathogens, while the cilia in the airways sweep the mucus and trapped particles out of the respiratory system.
The tissue lining your inner nasal passages is made from ectoderm. However, the rest of the respiratory tract lining is made of endoderm.
In the lining of the trachea, bronchi, and bronchioles.
The medical term for thin hairs attached to the mucous membrane lining the respiratory tract is "cilia." Cilia help to move mucus and foreign particles out of the airways to keep the respiratory system healthy and functioning properly.
hydra has no specialized respiratory organs and exchanges of gases take place via simple diffusion from surface lining of the enteron on so in this way the surface lining of enteron acts as an efficient respiratory surface