What is a classic symptom assessed in clients with lupus?
Heberden's nodes
Chvostek's sign
OsgoodSchlatter's disease
Butterfly rash
The Correct Answer is D
Choice A reason: Heberden's nodes are not a symptom of lupus. Heberden's nodes are bony swellings that form on the distal interphalangeal joints of the fingers. They are a sign of osteoarthritis, which is a degenerative joint disease that causes pain, stiffness, and reduced mobility.
Choice B reason: Chvostek's sign is not a symptom of lupus. Chvostek's sign is a facial twitch that occurs when the facial nerve is tapped near the ear. It is a sign of hypocalcemia, which is a low level of calcium in the blood. Hypocalcemia may be caused by various conditions, such as hypoparathyroidism, vitamin D deficiency, or renal failure.
Choice C reason: OsgoodSchlatter's disease is not a symptom of lupus. OsgoodSchlatter's disease is a condition that affects the growth plate of the tibia, which is the shin bone. It causes pain, swelling, and tenderness below the knee. It is common in adolescents who are active in sports that involve running, jumping, or bending the knee.
Choice D reason: Butterfly rash is a classic symptom of lupus. Butterfly rash is a malar rash that appears across the cheeks and the bridge of the nose. It is a common sign of systemic lupus erythematosus (SLE), which is an autoimmune disease that causes inflammation and damage to various organs and tissues. The rash may flare up or fade depending on the disease activity and exposure to sunlight.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A reason: Higherthannormal number of CD4+ Tcells and CD8+ Tcells are normal is not a laboratory value that most adults with human immunodeficiency virus will exhibit, because it does not reflect the effect of the virus on the immune system. CD4+ Tcells and CD8+ Tcells are types of white blood cells that play a key role in the immune response. CD4+ Tcells are helper cells that activate and coordinate other immune cells, while CD8+ Tcells are cytotoxic cells that kill infected or abnormal cells. Human immunodeficiency virus infects and destroys CD4+ Tcells, which impairs the immune function and increases the risk of opportunistic infections and cancers. CD8+ Tcells are not directly affected by the virus, but they may increase in number as a compensatory mechanism to fight the infection. Therefore, most adults with human immunodeficiency virus will have lowerthannormal number of CD4+ Tcells and higher than normal CD8+ Tcells.
Choice B reason: Lowerthannormal number of CD4+ Tcells and CD8+ Tcells are normal is not a laboratory value that most adults with human immunodeficiency virus will exhibit, because it does not reflect the effect of the virus on the immune system, as explained above. Lowerthannormal number of CD4+ Tcells and CD8+ Tcells are normal may indicate a condition that affects both types of Tcells, such as aplastic anemia, chemotherapy, radiation therapy, or immunosuppressive drugs.
Choice C reason: Lowerthannormal number of CD4+ Tcells and higher than normal CD8+ Tcells is a laboratory value that most adults with human immunodeficiency virus will exhibit, because it reflects the effect of the virus on the immune system, as explained above. Lowerthannormal number of CD4+ Tcells and higher than normal CD8+ Tcells may indicate the progression of the infection and the severity of the immunodeficiency. The normal range of CD4+ Tcells is 500 to 1500 cells per microliter of blood, while the normal range of CD8+ Tcells is 150 to 1000 cells per microliter of blood.
Choice D reason: Higherthannormal number of CD4+ Tcells and CD8+ Tcells are low is not a laboratory value that most adults with human immunodeficiency virus will exhibit, because it does not reflect the effect of the virus on the immune system, as explained above. Higherthannormal number of CD4+ Tcells and CD8+ Tcells are low may indicate a condition that affects CD8+ Tcells, such as leukemia, lymphoma, or corticosteroid therapy.
Correct Answer is ["A","C","D"]
Explanation
Choice A reason: Sensory perception is one of the six subscales that will be utilized in a Braden Scale assessment, because it measures the degree to which the client can respond to pressurerelated discomfort or pain. Sensory perception can be affected by factors such as level of consciousness, spinal cord injury, or neuropathy. Sensory perception can influence the risk of pressure injuries, as clients with impaired sensory perception may not be able to feel or report the pressure, or change their position to relieve the pressure.
Choice B reason: Age is not one of the six subscales that will be utilized in a Braden Scale assessment, because it is not a direct or independent predictor of pressure injury risk. Age is a demographic variable that can be associated with other factors that affect the risk of pressure injuries, such as skin condition, mobility, or comorbidities. However, age itself is not a factor that is measured or scored in the Braden Scale assessment.
Choice C reason: Friction and shear is one of the six subscales that will be utilized in a Braden Scale assessment, because it measures the degree to which the client's skin is exposed to rubbing or sliding forces. Friction and shear can be affected by factors such as bed linens, transfers, or repositioning. Friction and shear can influence the risk of pressure injuries, as they can damage the skin and underlying tissues, or reduce the blood flow and oxygen delivery to the skin and tissues.
Choice D reason: Nutrition is one of the six subscales that will be utilized in a Braden Scale assessment, because it measures the degree to which the client's intake of food and fluids meets the body's needs. Nutrition can be affected by factors such as appetite, dentition, or swallowing. Nutrition can influence the risk of pressure injuries, as it can affect the skin integrity, wound healing, and immune function of the client.
Choice E reason: Mental state is not one of the six subscales that will be utilized in a Braden Scale assessment, because it is not a direct or independent predictor of pressure injury risk. Mental state is a psychological variable that can be associated with other factors that affect the risk of pressure injuries, such as sensory perception, mobility, or activity. However, mental state itself is not a factor that is measured or scored in the Braden Scale assessment.
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