Your body covers the contaminate in mucus, which you cough up per a reflex.
When tobacco smoke is inhaled into the respiratory system, the cilia begin to beat slowly. With time, the cilia, which act like a filter, disintegrate and eventually die away. This leads to smokers getting what is known as a smoker's cough.
Mucus is the secretion produced by the respiratory system that traps dust and other inhaled foreign particles. It helps to protect the lungs by capturing these particles before they can reach deeper into the respiratory tract.
The epithelium of the respiratory tract contains mucous cells which adds moisture and there are blood vessels close to its' surface that add warmth to the air.
The type of cell in the respiratory tract that functions as phagocytes is the macrophages. Macrophages are part of the immune system and play a crucial role in engulfing and destroying pathogens and foreign particles that are inhaled to help protect the body from infections.
The respiratory system is primarily involved in acquiring oxygen. This includes the lungs where gas exchange occurs between inhaled air and blood. The circulatory system also plays a role in transporting oxygen to cells throughout the body.
When tobacco smoke is inhaled into the respiratory system, the cilia begin to beat slowly. With time, the cilia, which act like a filter, disintegrate and eventually die away. This leads to smokers getting what is known as a smoker's cough.
No, oxygen is not an organ at all. It's a gas. However, it is inhaled and exhaled through the respiratory system.
yes it will pollutants that can be inhaled can affect respiratory system
When tobacco smoke is inhaled into the respiratory system, the cilia begin to beat slowly. With time, the cilia, which act like a filter, disintegrate and eventually die away. This leads to smokers getting what is known as a smoker's cough.
The respiratory system is responsible for getting oxygen into the body and removing carbon dioxide from the body. This process occurs through breathing, where oxygen is inhaled into the lungs and then transferred into the bloodstream to be delivered to cells throughout the body.
The respiratory system is most vulnerable to sulfur mustard exposure. When sulfur mustard is inhaled, it can damage the respiratory tract, causing inflammation, blistering, and potentially leading to respiratory failure.
The respiratory system brings in air containing oxygen, and the oxygen is absorbed by the circulatory system. Capillaries surrounding the alveoli absorb inhaled oxygen into the blood.
The body employs several mechanisms to protect itself against inhaled cigarette smoke and tobacco particles. The respiratory system utilizes cilia and mucus in the airways to trap and expel harmful particles through a process known as mucociliary clearance. Additionally, immune cells, such as macrophages, are activated to engulf and destroy toxins and pathogens. Over time, exposure to these irritants can lead to inflammation and damage, reducing the effectiveness of these protective mechanisms.
Mucus is the secretion produced by the respiratory system that traps dust and other inhaled foreign particles. It helps to protect the lungs by capturing these particles before they can reach deeper into the respiratory tract.
The respiratory system.
the respiratory system is responsible for getting the oxygen and carbon dioxcide through and out of your body!
To trap inhaled particles and move them out of the airways.