Answer:
An immune deficiency disease or disorder occurs when the immune system is not working as expected.
Explanation:
Following blunt trauma to the anterior chest Perform an immediate needle thoracentesis to the right side of the chest.
<h3>What are thoracentesis?</h3>
Thoracentesis is a technique used to drain air or fluid from the area around the lungs. The pleural space is reached by inserting a needle through the chest wall. The pericardial space is the little opening between the inner chest wall and the pleura of the lung. A dual layer of membrane called the pleura encircles the lungs.
<h3>What fluid is removed in thoracentesis?</h3>
The pleural space, which surrounds the lungs, can be sampled using a procedure known as thoracentesis. Pleural fluid is a fluid that often only exists as a thin layer in the space between the lungs and the chest wall.
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Answer:
The merocrine gland releases the product by exocytosis.
Explanation:
The exocrine glands are the glands that produces and secretes substances from a duct onto an epithelial surface. Some of the examples of exocrine glands are salivary glands, mammary glands, sweat glands.
An exocrine gland that excretes the products by the process of exocytosis, is called a merocrine gland. The secretion of the merocrine gland is known as merocrine secretion.
Example of an merocrine gland: pancreatic acinar cells.
Therefore, a gland that secretes the products by the process of exocytosis is the merocrine gland.
The drug that should be routinely evaluated for possible toxicity is digoxin.
<h3>What is toxicity?</h3>
The term toxicity refers to the point that a drug could lead to harm in a patient. This often stems from the use of the drug.
Given that the drug digoxin has been traditionally used to treat heart conditions an could lead to toxicity, it ought to be evaluated for possible toxicity.
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Answer:
The client has to drink 1,350 mL between 7 a.m. and 10 p.m.
Explanation:
The answer requires a bit of problem solving analysis.
The client has to receive 1,800 mL in one day (24 hours).
<em>Between 7 a.m. and 10 p.m., he needs to receive 3/4 of the fluid. </em>This means that you have to calculate the amount of fluid by considering the given factors.
So, 3/4 of 1,800 mL is equivalent to 1,350 mL.<em> You can get this by multiplying 3/4 (0.75) to 1,800 and this will give you an answer of 1,350.</em>
Thus, the amount that the client will drink between 7 a.m. and 10 a.m. is 1,350 mL and the remaining 450 mL (1,800 mL minus 1,350 mL) will be consumed within the remaining time period of 21 hours.