Answer:
The answer to fill in the blanks in the question: PCO2 is:____ in alveolar air and ____ in tissues, would be, D: 40mmHg for alveolar air and 45mmHg, for the blood that is returning from the tissues.
Explanation:
The reason for this comes from the purpose and the places that respiration takes place. Respiration has two purposes: take in oxygen from the air, and release CO2, a waste of cellular respiration processes, produced by the cells in tissues. The reason for the differences in molecules of CO2 being higher in the blood that comes from tissues, and not in the air from the alveoli is that in the alveoli, oxygen dissolves into the tissue of the alveoli and passes to the blood that is prepared to capture as many of the molecules as possible, to carry them to the cells. But in tissue blood, since oxygen has already been used in respiration, there is a high production of CO2. These molecules will dissolve in the blood and will be carried to the lungs, but this time to be released out of the body.
Answer:
The halocrine gland results in the destruction of the cell during secretion and the lost cells are replaced by differentiation of the cells present in the surrounding tissues.
Explanation:
The halocrine gland is a type of exoocrine gland. The halocrine secretion involves the rupture of the plasma membrane of the cell. This type of secretion, destroys the cell. Therefore, the halocrine secretion is the most damaging to the gland. The new cells are replaced by differentiation from the cells present in the surrounding tissues and thus, replaces the cells lost during secretion.
Answer:
The main artery of the body, supplying oxygenated blood to the circulatory system. In humans it passes over the heart from the left ventricle and runs down in front of the backbone. 'At this time, the surgeon begins to develop a dissection plane between the aorta and the pulmonary artery. '
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Inflammation indicates a good understanding of pathogen-associated molecular patterns (pamps).
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What is Inflammation?</h3>
A vital component of your body's healing process is inflammation. Inflammatory cells that have travelled to the site of an injury or a foreign substance like germs cause it to happen. Inflammatory cells that stay too long may cause chronic inflammation. Rheumatoid arthritis, among other medical diseases, can show signs of chronic inflammation. Your healthcare professional might suggest medication or at-home treatment. By eating anti-inflammatory foods and controlling your stress, you can lessen inflammation.
Chronic inflammation is different from short-term (acute) inflammation (chronic). Inflammation that is acute disappears in a few days or hours. Even after the initial trigger has subsided, chronic inflammation can persist for months or even years.
To know more about inflammation, visit:
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