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The respiratory system functions essay
Respiratory system and its regulation
The respiratory system functions essay
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Introductory Paragraph Respiration 33% The role of respiration in speech is to provide a column of compressed air so we can produce sounds by pushing it through tightly compacted or nearly closed structures of the vocal tract. We need to be able to breathe in order to speak or else no sound would project and we would be dead without breathing. The compression of air allows us to make three basic sounds that resonate through our vocal tract. It allows us to make sound, phonation, make plosive sounds, sounds that we trap air to build up pressure then release which results in a popping sound, and then a fricative, when we force air through a constricted place which results in a hissing sound. Physiology of Respiration for Speech The physiology of respiration contains two …show more content…
The skeleton of the respiratory system is important for keeping the organs and structures safe. The skeleton is the spinal column, pelvic girdle, the rib cage, the clavicles, the scapulae, and the skull. The skeleton of the respiratory system and the soft tissues allow the muscles of the respiratory system to move gasses in and out of the lungs and respiratory passages. Bringing air and gas into the system is called inspiration while forcing out gas and air is expiration. One of the primary muscles of inspiration is the diaphragm. It is located right under the lungs and when it contracts, it flattens part of the thorax which flattens the abdomen and makes the lungs larger. That is why it is called diaphragmatic or abdominal movement. Changing the dimensions of the thoracic cavity with several other muscles by acting on the ribs is called costal movement. “Pump Handle Movement” shifts the thorax up and forward by movement of ribs one through six. The other is called “Bucket Handle Movement” which shifts up and laterally by movement of ribs seven through ten. Intercostal muscles allow the ribs to move in that way. Primary muscles are used for normal
The contraction of the inspiratory muscles increases the volume of the thoracic cavity causing the pressure within the alveoli to decrease and air to flow into the alveoli. During resting inspiration, the diaphragm, the external intercostals and the parasternal intercostals contract to stimulate inspiration. During forced inspiration the scalene and the sternocleidomastoid muscles contract to further expand the thoracic cavity. The pectoralis minor muscles also play a minor role in forced inspiration. During quiet breathing, relaxation of these muscles causes the volume of the thoracic cavity to decrease, resulting in expiration. During a forced expiration, the compression of the chest cavity is increased by contraction of the internal intercostal muscles and various abdominal
The musculoskeletal system offers support and stability for your body so we can properly function and move around. Different types of muscle within the muscular system include cardiac, skeletal, and smooth. The reason our bodies are capable of producing movement is because of the way our muscles contract. Our adult skeletal structure is made up of 206 bones that all differ in shapes and sizes. The composing parts that make up the system include the bones, joints, and muscles that all connect so we’re capable of moving. These components allow for our bodies to maintain a stable structure that can keep us upright. The axial skeleton refers to the skull, the vertebral column which supports the spinal cord, ribs, and sternum. It offers protections
Seikel, J. A., King, D. W., & Drumright, D. G. (2010). 12. Anatomy & physiology for speech,
Elie Wiesel, a holocaust survivor, delivered The Nobel Peace Prize Acceptance Speech, in Oslo on December 10, 1986. He started his speech off by reciting the following prayer: "Barukh atah Adonai …shehekhyanu vekiymanu vehigianu lazman hazeh"—"Blessed be Thou…for giving us life, for sustaining us, and for enabling us to reach this day." Then, after his speech, the people thanked him for everything he had done to help humankind make peace. With a profound sense of humility, he accepted this honor.
If you aren’t sure how to make this breath at first, try opening your mouth on the exhale as if you are fogging up a pair of glasses, or saying “haaaaaaaah.” When you are able to create the sound on an exhale through your mouth, attempt the same breath exhaled through your nose. Feel the air flow out through your nasal passages.
Vocal health is the ideal operating of the vocal mechanism (Hughes, 2002). The voice is created from interaction among numerous parts of the body. (Benninger & Abitbal, 2006) The vocal mechanism has five components includes breath energy, larynx, resonating tract, articulators, and mind (Hughes, 2014). The lungs are as the activator that supplies air with breathing for the vocal folds to vibrate. It is an excellent command of the movements of the vocal folds, and it is flexible for speaking and singing. And the resonator that includes pharynx, oral and nasal cavities give the tone and style for the voice (Benninger & Abitbal, 2006). And those can be taken care by vocal care strategies. All parts are needed to protect and take care to avoid injury. The following information are the useful methods to take care the voice.
The larynx provides a passageway for air between the pharynx and the trachea. The trachea is made up of mainly cartilage which helps to keep the trachea permanently open. The trachea passes down into the thorax and connects the larynx with the bronchi, which passes to the lungs. 3. Describe the mechanisms of external respiration including the interchange of gases within the lungs.
Respiratory acidosis is also referred to as respiratory failure and it occurs when the lungs are unable to remove enough carbon dioxide produced by the body. Too much carbon dioxide can cause the pH of the blood to decline. When the pH level decreases the blood and other body fluids become too acidic. Respiratory acidosis occurs when the pH of the blood is below 7.35. The lungs and the kidneys are the two organs that help regulate your body’s pH. The lungs remove acid by exhaling carbon dioxide. The kidneys remove acids through the urine. The kidneys also regulate your blood’s concentration of bicarbonate, during respiratory acidosis the kidney’s hold on to the bicarbonate. Respiratory acidosis is also when PCO2 is abnormally high, above 45 mmHg, due to inadequate exhalation of CO2 this causes blood pH to drop. Respiratory acidosis is usually caused by a lung condition that would affect one’s breathing and ability to remove carbon dioxide from the blood such
Despite overwhelming odds, obstacles, and hardship the man in the newspaper article achieved his dream of being a registered nurse. Although, the journey to achieving his dreams were faced with unparalleled difficulty. He describes in his commencement speech the idea that kept his hope alive during his voyage, “We, the “boat people” clung on to our unfading dream for freedom and opportunity which sustained us through the most dangerous journey” (Nursing and Allied Health Collection). This quote reiterates the idea that refugees leave their country of origin in hopes of escaping persecution and oppression, in search of a better life. In addition, to sharing his life story, his speech displayed a degree of humility and gratefulness for the
External and internal respiration differ in many ways. For instance, external respiration is the transfer of gases between the respiratory organs, which include the lungs and outside environment. This process takes place prior to internal respiration. External respiration also recognized as breathing includes a process of: inhaling of oxygen is obtained by the capillaries of the lungs alveoli and expelling carbon dioxide from the lungs, which is released from the blood. The exchange of gases simultaneously occurs. The structures involved in this process includes: inter costal muscles contract, sternum
Rectus, and External and Internal Obliques flex the spine. Transversus aids in respiration and helps to compress the abdominal cavity to help support the spine in neutral. 4. How does the breath relate to flexion and extension of the spine?
While quiet breathing, external intercostal muscles contract, which causes the ribcage to expand and move up. The diaphragm then contracts and moves down. The volume of the chest cavity increases, the lungs expand and the pressure inside the lungs decreases. Air then flows into the lungs in response to the pressure gradient. Inspiration (inhalation or breathing in) is accomplished by increasing the space, therefore decreasing the
Gas exchange in mammals takes place in the lungs which are internally located within the chest cavity. The lungs are sac-like organs which play one of the main roles in the respiratory system. To begin with, air is breathed in through the nose and mouth. This process of taking air into the system is called inspiration or inhalation. When mammals inhale, their external intercostal muscles contract and the diaphragm (arched set of muscles between thorax and abdomen) located beneath the lungs also contracts, and moves down. This causes the rib cage to expand and move up, resulting in an increase in the chest/ thoracic cavity volume and a decrease in its pressure. Hence, due to the difference in the external atmospheric air pressure and the internal
There are our series in the degradation of glucose in the two different forms of respiration. This includes glycolysis, link reaction, Krebs cycle and the electron transport chain.
42 In the case of silence, the passage of breath is open through the throat and the cavities above it, thus, the air flows freely through the two operations of exhalation and inhalation without any friction which could cause any production of any sound. In order to produce any sound, this involves the raising of the diaphragm (during exhalation) which presses the lungs and makes the air push out from the lungs to the point of articulation (i.e., the place of obstruction of the sound). As a result, the sound will be produced (Al-Hamad, 2002: 59). The production of a consonant sound requires close articulation by one or more vocal organs, which causes an occlusion at this point of articulation.