Answer:
What amino acids do is aid growth, cell replacement, and cell and tissue repair.
Explanation:
Amino acids are the units that make up the structure of proteins, necessary for the structure and function of living beings.
Due to the structural function of proteins —capable of forming tissues such as muscle and collagen that are present throughout the body— it can be said that <u>amino acids contribute to growth and development. In addition, amino acids and proteins can assist in cell renewal and repair of cells and tissues</u>.
The other options do not correspond to functions of the amino acids:
- <u><em>Help the body use certain vitamins and create cell energy </em></u><em>is a function of the lipids.
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- <u><em>Provide energy and help cells get energy from other nutrients</em></u><em> is a function of carbohydrates.
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- <u><em>Turn carbohydrates into proteins, fats, and fatty acids</em></u><em> is not a amino acid function.</em>
Given what we know, we can confirm that for a preterm newborn like the one described in the question, a size 00 laryngoscope blade is recommended.
<h3>Why use a size 00 blade?</h3>
- This is the most precise and gentle blade available.
- It is also the only blade small enough for such a low-weight infant.
- For infants that have such a low estimated birth weight, a size 00 is indicated.
- This will allow the most precautions to be taken while performing the procedure.
Therefore, we can confirm that for a preterm newborn like the one described in the question, a size 00 laryngoscope blade is recommended due to its <u>low estimated </u>birth weight.
To learn more about laryngoscope blades visit:
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Answer:
Edema occurs when an excessive volume of fluid accumulates in the tissues, either within cells (cellular edema) or within the collagen-mucopolysaccharide matrix distributed in the interstitial spaces (interstitial edema)
Explanation:
The definition of edema is a swelling due to the expansion of interstitial fluid volume in tissues or an organ. Several clinical conditions present with edema, making it a critical clinical feature for diagnostic medicine. Edema can present in numerous forms including unilateral, bilateral, localized, or generalized edema. Therefore, it is vital to assess the unique presentation and mechanism of edema to understand how it relates to disease pathophysiology, clinical presentation, and treatment. This review will present an overview of the general and cellular characteristics of edema, the mechanism, and pathophysiology of edema, and how edema relates to a specific disease presentation and development.
Nose: The function for your nose is to breath.
Mouth: The function of your mouth is to eat, drink, or breath if your nose is clogged up.
Pharynx: The function of you pharynx is to swallow food.
Larynx: The function of your larynx is to talk.
Trachea: The function of your trachea is to provide air flow to and from the lungs
Bronchi: The function of your bronchi is to bring air from your lungs.
Lungs: The function of your lungs is to carry the exchange of gases as we breath.