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How Our Lungs Work The lungs are essential organs that obviously play a vital role in a human being's ability to sustain life. The lungs are located in the chest and are part of the human body's respiratory system. They use air to take oxygen in and also work to remove any carbon dioxide from the body. The process of taking oxygen in and removing carbon dioxide is identified as "gas exchange", which is defined as breathing. In order to live and to have normal body function, breathing is absolutely essential. Along with the lungs, in order to sustain life, airways, muscles and linked blood vessels make up the respiratory system. Check here for UK taxi insurance, direct line insurance, car insurance with no deposit
Also known as pipes, airways help filter oxygen directly to the
lungs and help to remove carbon dioxide. Airways included nasal
cavities, Larynx, mouth, windpipe and bronchial tubes. Airways or
pipes filter oxygen to the lungs. They also serve to rid the lungs
of waste gas or carbon dioxide. Interesting Facts About Lungs
The left lung is somewhat smaller than the right lung because the
left lung sits close to the heart. The smaller left lung leaves
space to accommodate the space needed for the heart. Key Points to Remember About Working Lungs Lungs are located in the chest and are vital to breathing oxygen from surrounding air. In addition, the lungs aid in removing carbon dioxide from the body. A number of tissues and organs make up the respiratory systems, including the lungs, linked blood vessels, muscles and airways. Airways create a way for oxygen rich air to enter the lungs, as well as remove unwanted carbon dioxide. Muscles around the lungs tighten and relax to allow for breathing. They include intercostal muscles, which shrink to allow for more chest space and lung expansion. As the lungs open up to a greater degree, more air is taken in via the mouth or nose. The air makes it way to the lungs's air sacs where oxygen travels from air to blood within the lungs. Here, waste gases or carbon dioxide is moved from the lungs to the air sacs. In turn, oxygen-rich air is delivered throughout the body by blood vessels. |