What characteristics describe an acute infection?
Symptoms occur in a confined specific location on the body.
Symptoms are severe, occur rapidly, but are short-lived.
Symptoms are not apparent and persist over a long period of time.
Symptoms are less severe and persist over a long period of time.
The Correct Answer is B
Choice A reason: Acute infections are not defined by location but by rapid onset and severity. While some infections may be localized, the hallmark is their abrupt, intense presentation, resolving quickly with treatment or spontaneously, making this choice incomplete and incorrect for fully describing acute infections.
Choice B reason: Acute infections are characterized by rapid onset, severe symptoms, and short duration, typically resolving within days to weeks. This reflects the body’s immediate immune response to pathogens, causing intense but transient symptoms, such as fever or pain, making this the correct choice.
Choice C reason: Non-apparent, prolonged symptoms describe subclinical or chronic infections, not acute ones. Acute infections present with noticeable, severe symptoms that resolve quickly, not persisting asymptomatically, making this choice incorrect for the characteristics of acute infections.
Choice D reason: Less severe, prolonged symptoms describe chronic infections, like tuberculosis, not acute infections. Acute infections feature rapid, intense symptoms that resolve quickly, not mild symptoms over time, making this choice incorrect for describing acute infections.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["A","B","C"]
Explanation
Choice A reason: Cortisol, a stress hormone, suppresses immune and inflammatory responses, slowing fibroblast activity and collagen synthesis, which impairs wound healing. This anti-inflammatory effect prioritizes energy allocation to stress response over tissue repair, making decreased wound healing a correct effect of cortisol during stress.
Choice B reason: Cortisol stimulates gastric acid secretion by enhancing gastrin release and reducing mucosal protection, increasing the risk of ulcers. This effect supports energy mobilization during stress by promoting digestion but can lead to gastrointestinal complications, making increased gastric acid secretion a correct effect.
Choice C reason: Cortisol promotes gluconeogenesis and glycogenolysis in the liver, elevating blood glucose levels to provide energy for the stress response. It also induces insulin resistance, ensuring glucose availability for critical tissues like the brain, making increased blood glucose a correct effect of cortisol.
Choice D reason: Cortisol suppresses the immune response by inhibiting cytokine production and lymphocyte proliferation, reducing inflammation and immune activity. This does not align with increased immune response, as cortisol’s immunosuppressive effects are well-documented, making this choice incorrect for the stress response.
Choice E reason: Cortisol increases blood pressure via mineralocorticoid effects, enhancing sodium retention and vascular tone. This supports cardiovascular stability during stress, not decreased blood pressure, which would be counterproductive in a fight-or-flight response, making this choice incorrect for cortisol’s effects.
Correct Answer is D
Explanation
Choice A reason: Cell-mediated immunity, part of adaptive immunity, targets specific pathogens after exposure, not species-specific barriers. It is not the primary defense against cross-species transmission, making this choice incorrect for species-specific immunity.
Choice B reason: Natural immunity is a vague term, often meaning innate or acquired immunity. It is not specifically species-specific, as innate immunity provides the primary barrier to zoonotic diseases, making this choice incorrect.
Choice C reason: Acquired immunity develops after exposure or vaccination, targeting specific pathogens. It is not species-specific and does not primarily prevent animal-to-human disease spread, making this choice incorrect.
Choice D reason: Innate immunity, including species-specific barriers like skin and mucosal defenses, prevents pathogen transmission across species. These non-specific mechanisms reduce zoonotic disease risk, making this the correct choice for species-specific immunity.
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