How does type 2 diabetes result in chronic renal failure?
Excessive insulin production by the pancreas causes renal toxicity.
Glucose crystals obstruct the flow of urine through the ureters.
An autoimmune process causes the destruction of renal tissue.
High blood sugar damages the small blood vessels in the kidneys.
The Correct Answer is D
Choice A reason: Type 2 diabetes involves insulin resistance, not excessive insulin production, which declines over time. Insulin does not cause renal toxicity; hyperglycemia damages kidneys, making this choice incorrect for the mechanism of renal failure.
Choice B reason: Glucose crystals do not form in type 2 diabetes to obstruct ureters. Hyperglycemia damages renal vasculature, not urine flow, leading to diabetic nephropathy, making this choice incorrect for chronic renal failure’s mechanism.
Choice C reason: An autoimmune process destroying renal tissue is not typical of type 2 diabetes. Autoimmune damage occurs in type 1 diabetes or glomerulonephritis, not type 2-related renal failure, making this choice incorrect.
Choice D reason: High blood sugar in type 2 diabetes damages renal microvasculature, particularly glomerular capillaries, causing diabetic nephropathy. This leads to proteinuria, glomerulosclerosis, and chronic renal failure, making this the correct mechanism for kidney damage.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["A","B","C","F"]
Explanation
Choice A reason: Spinal cord injury causes immobility, leading to joint contractures as muscles shorten without movement. Lack of joint motion causes fibrosis, reducing flexibility, making this a correct complication of spinal cord injury.
Choice B reason: Blood clots (deep vein thrombosis) occur in spinal cord injury due to immobility, causing venous stasis. This promotes clot formation, increasing embolism risk, making this a correct complication of spinal cord injury.
Choice C reason: Autonomic dysreflexia is a life-threatening complication in spinal cord injury, particularly above T6, due to unopposed sympathetic responses to stimuli, causing hypertension, making this a correct complication.
Choice D reason: Polyuria is not typical; spinal cord injury often causes urinary retention due to impaired bladder innervation. Neurogenic bladder leads to incomplete emptying, not excessive urine, making this incorrect.
Choice E reason: Osteoarthritis is not directly caused by spinal cord injury. It results from joint wear, not neurological impairment. Immobility may cause other joint issues, but not osteoarthritis, making this incorrect.
Choice F reason: Constipation is common in spinal cord injury due to impaired autonomic control of bowel motility. Reduced peristalsis and immobility slow transit, making this a correct complication of spinal cord injury.
Correct Answer is D
Explanation
Choice A reason: A metabolic deficit of dystrophin causing muscle cell necrosis describes muscular dystrophy, not osteoarthritis. Osteoarthritis involves joint cartilage degradation, not muscle pathology. Dystrophin deficiency affects muscle fiber integrity, unrelated to the joint-specific degenerative process of osteoarthritis, making this choice incorrect.
Choice B reason: Bone infection, or osteomyelitis, is caused by bacteria or fungi, leading to bone destruction. Osteoarthritis is a non-infectious degenerative condition affecting cartilage and subchondral bone due to mechanical stress and aging, not infection, making this choice incorrect for osteoarthritis’s pathophysiology.
Choice C reason: Loss of bone matrix causing fragile bones describes osteoporosis, not osteoarthritis. Osteoarthritis primarily involves cartilage breakdown and joint inflammation, with secondary bone changes like osteophytes, not systemic bone density loss, making this choice incorrect for the joint-focused pathology.
Choice D reason: Osteoarthritis is a degenerative joint disease characterized by progressive cartilage loss due to mechanical stress, inflammation, and aging. This leads to joint pain, stiffness, and bone remodeling, such as osteophyte formation, accurately describing the pathophysiology and making this the correct choice.
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