Caption The HEATR2 protein (red) is located in the body of airway cells lining the trachea, not in the cilia (green) or the nuclei (blue). Finding HEATR2 outside of the cilia was the first clue ...

The trachea is also lined with tiny hair-like structures called cilia. These help push mucus that contains debris or pathogens out of the trachea. A person then either swallows or spits out the mucus.

More information: Yusheng Wang et al, Sensory artificial cilia for in situ monitoring of airway physiological properties, Proceedings of the National Academy of Sciences (2024). DOI: 10.1073/pnas ...

The trachea, also called the windpipe ... Microscopic, hair-like cilia move the cleansing mucus up to the pharynx—part of the throat between the mouth and esophagus—from the lower part ...

In recent years, 3D printing has achieved aesthetically awesome and profoundly practical feats, the latest of which is a perfect marriage of both: 3D-printed hair. And while that description might ...

Air from outside the body comes in through a pathway called the trachea. It then goes ... These are called cilia. They clean up any dust or dirt that’s found in the air you breathe.

The air that enters the nasal cavity flows down the trachea ... cells produce mucus which traps dust, dirt and bacteria to prevent them entering the lungs. Cilia are small hairs which beat ...

But so do other things like little bits of dust, pollen and pollution like ... setup in your windpipe – also called the trachea. There, the cilia move the mucus up the windpipe like an escalator.

When you inhale, air enters your body through your windpipe, or trachea, the tube that connects ... mucus and hair-like structures called cilia get rid of dust and dirt that come in with the ...

They’re called anthrobots. A team of scientists created them using human cells from the trachea. Part of the reason why they used those cells is because they are covered with cilia, or tiny, hair-like ...