Survey
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Resperatory system This article from the breathing apparatus. To browse similar addresses, see Breathe (disambiguation) . Panel for illustrative breathing device Breathing apparatus provides cells of the human body with oxygen necessary for their activities, and save them fromcarbon dioxide ( a product of the oxidation process). Air passes inhale through the trachea and reeds (Haptih narrower , which Ttafraan him before entering the lungs) to the lungs. Each lung and include many of the bronchioles , which branched into Shoebat ends countless alveoli (or alveoli) lining very thin membranes being through the exchange of gases between them and the capillaries that surround Balosnach. And it works intercostal muscles (between the ribs ) and diaphragm (under the lungs) on the operation of the lungs Kalker (blower mourning), pulls air to them then you pay the outside of them at regular intervals. You are getting oxygen through the process of respiration by the respiratory tract. o Airways And include a series of members of the movement of air into the lungs, and these members are all from Nose The nose is a cartilaginous relate with the outside Balonfein two Mbtnan mucous membrane fringed moistens and warms the air and Anekaya. The nose a key role in the process of respiration, as well as smell, which is located at the front of the face and consists of a skeleton covered with skin and cartilage, and covers the surface of the nasal cavity mucous substance and blood capillaries and small hair protects the nose of every strange things entering it. Pharynx [ Pharynx is the direct corridor extending from the corridor nose from the rear, the front part of it padded membrane snotty and Aldzoualkhalafa a common passageway for food and air together, connected by the front trachea and the back of the esophagus , and passes from the pharynx through the opening oboe to the throat . Throat He is a member disc extends inside muscle membrane folds are vocal cords , these cords Vthtz impact of air upward from the lungs arise from them votes, Valhngerh is a member of the sound, open the throat opening oboe, and plugged when swallowing cartilage epiglottis Trachea [ A tube composed of cartilage semi-circular supports the front side while there in the background the underlying esophageal smooth muscles and ligaments fibrous Marenh (fibroelastic ligaments) reach the ends of the cartilage together; shall be the function of cartilage prevent the expansion of the cavity trachea above the required, and the muscles and ligaments maintain Qatar suitable for cavity trachea, and contraction of these muscles and thus narrow the lumen endotracheal plays a role in cough also contributes to muscle contraction in the course of cleaning Altnevs.abtun trachea mucosa cilia a shaky mucosa striking dust, particles that accompanied and paid Nhawwaforeig these Alahdab working Kalmknasseh. Bronchial [ Branching tracheal distance from the throat to the bronchioli smaller Kogassan tree and is a total of the bronchial tree. Lungs [ c vacuum Mhattin membrane crystalline visceral inside wall compartment of the ribs and sternum, spine, Daamthma veil Alhadz.oheme members Asvngjian resonator encompassing the Algosaibah tree that resulted from the alveoli .oanksm Goff each vesicle to a number of Convexities are aerobic alveoli that increase capacity the inner surface for air. Meets alveoli to form vesicles, meets vesicles to form a pyramid - shaped clumps called lobules pulmonary .oetjtma pulmonary lobes and number three in the right lung and cloves only in the left lung. Pleural membrane (pleural membrane) Surrounds each lung membrane with two cards called the pleural membrane, adhere to the internal leaflet lung while stick Foreign leaflet face internal to the rib cage and lungs separated relate cage rib . Pulmonary vasculature Out the pulmonary artery from the right ventricle is divided into two sections performs each to the lung and walking adjacent to the trachea and the branches such ramifications until it ends in the vicinity Alosnach.vickl around the lattice networks rains, resulting in the meeting of the IPL branches intravenous converge constitute and ridin in both lung and graduated veins of the four pulmonary and pour in the heart in the left atrium as the walls of the pulmonary alveoli are very thin and the blood shall be conditioned alveoli in direct contact with the surface is very wide and are then aerated pulmonary exchange. And breathing functions [ The breathing the following functions: 1. Provide the body with oxygen from the air to the lungs, and then oxidized in the lungs, thanks to molecular pressure of oxygen in the alveoli and blood vessels. 2. Carbon dioxide: Subtract thanks molecular pressure him in the cells, veins and alveoli teams. 3. Alhaamada_alqaeidi maintain a balance , or pH . 4. Maintaining body temperature: As a result of combustion processes and demolition and construction within the body is high , the body 's internal temperature thereby acting in several ways to get rid of excess heat and these methods and tools are: the nervous system , endocrine glands , lungs. The renewal of the air inside the lungs by mechanical phenomena, the first movement of the respiratory muscles , which works to change the size of the rib cage during inhalation and exhalation , and overcoming resistance to the airways and pleura Alrioah.otnksm breathing process into two phases consecutive successively and continuously two exhale: 1. Inspiratory ( in English : Inspiration): It is an active process, requiring an effort of the members of the respiratory tract, especially the muscles air to enter the lungs 1. Diaphragm: shrinking diaphragm muscle would drop to the bottom of the rib cage Visa longitudinally and vertically or at least the pressure inside the lungs to become less than atmospheric pressure Vindf air inside them. 2. Foreign intercostal muscle: and working to raise the sternum and push forward which increases the size of the rib cage from the front to back and sideways. 2. Exhale ( English : Expiration): a negative or automatic process does not require the effort of air to eject out of the body, but it comes as an inevitable result of the process of inspiration, but in the forced cases, abdominal muscles and muscles interfere with the internal intercostal for narrowing the rib cage, relieved the pressure inside the lungs of air expelled them across the lanes wind out of the body. Rate of breathing: inhale be longer than the time of exhalation, and observe a moment of pause at the end of inspiration. And respiration rate ranges when normal guy between 13-18 rpm On average, 16 rpm and increase this rate in the heat and work situations, which is when a woman more than a man's two sessions. body and thus life-long process regularly inside the human body process ..