100 True/False questions with answers and short explanations based on Chapter 9: Fever from DiPiro’s Pharmacotherapy (12th Ed.) Nehad J. Ahmed *ChatGPT can make mistakes. Check important info.

 

100 True/False questions with answers and short explanations based on Chapter 9: Fever from DiPiro’s Pharmacotherapy (12th Ed.)

 

 

Nehad J. Ahmed

 

*ChatGPT can make mistakes. Check important info.

 

 

100 True/False Questions — Chapter 9: Fever

  1. Fever is an uncontrolled rise in body temperature due to failure of thermoregulation.
  2. Hyperthermia does not respond to antipyretics.
  3. Prostaglandins are the main mediators that raise the hypothalamic set point in fever.
  4. The hypothalamus controls the body’s thermal balance and regulates fever.
  5. Hyperpyrexia is defined as a fever greater than 41.5°C (106.7°F).
  6. The hypothalamic set point decreases in fever.
  7. Rectal temperatures are typically higher than oral readings.
  8. Axillary temperatures are the most accurate for core temperature measurement.
  9. Shivering helps raise body temperature to the new set point during fever onset.
  10. Sweating occurs as the fever breaks and the set point returns to normal.
  11. Infection is the most common cause of fever.
  12. Drug-induced fever resolves immediately after the drug is stopped.
  13. Anticonvulsants like phenytoin and carbamazepine can cause drug-induced fever.
  14. Autoimmune diseases are not associated with fever.
  15. Malignancies such as lymphoma and leukemia can present with fever.
  16. Fever of unknown origin (FUO) is decreasing in incidence.
  17. Travel history is irrelevant when evaluating fever.
  18. Hyperthyroidism is a major focus as a cause of fever in this chapter.
  19. Environmental heat exposure can lead to hyperthermia.
  20. COVID-19 commonly presents with fever among its symptoms.
  21. A fever diary can help track response to therapy.
  22. Infants under 3 months with a temp >38°C (100.4°F) require immediate evaluation.
  23. Adults can self-treat fever indefinitely without seeing a doctor.
  24. Children under 2 years should be evaluated if fever persists >24 hours.
  25. Refusal to drink fluids in a child is a red-flag sign.
  26. Shortness of breath and chest pain in an adult with fever require urgent medical attention.
  27. A mild runny nose with fever is always an emergency.
  28. Altered mental status with fever is a red flag.
  29. Fever with stiff neck and severe headache can indicate meningitis.
  30. Skin rash accompanying fever is a benign finding.
  31. All temperature measurement sites give identical results.
  32. Temporal thermometers have age-specific fever thresholds.
  33. Touching the forehead is an accurate way to measure temperature.
  34. Axillary temperature above 37.4°C indicates fever.
  35. Using the same thermometer and site improves accuracy.
  36. Rectal measurement is preferred for infants.
  37. Thermometers must be cleaned between uses to prevent infection spread.
  38. Oral thermometry is unsuitable for unconscious or uncooperative patients.
  39. Temporal thermometers are unreliable in children under 3 months.
  40. Digital thermometers are recommended over mercury thermometers.
  41. Alcohol or ice baths are recommended for fever reduction.
  42. Tepid sponge baths are appropriate after giving an antipyretic.
  43. Sponging should continue even if the patient begins shivering.
  44. Hydration is an important part of fever management.
  45. Bundling in blankets helps reduce fever faster.
  46. Fans and cool blankets may be used along with antipyretics.
  47. Patients with fever should avoid fluids to reduce sweating.
  48. Adequate rest is recommended for patients with fever.
  49. Non-drug measures alone can sometimes control mild fever.
  50. Sponging is most effective before giving antipyretics.
  51. Acetaminophen is the first-line antipyretic for most patients.
  52. Acetaminophen’s action is primarily central, not peripheral.
  53. Acetaminophen should be avoided in severe hepatic disease.
  54. Maximum daily dose of acetaminophen for adults is 4,000 mg.
  55. Acetaminophen is unsafe during pregnancy.
  56. Ibuprofen is contraindicated during pregnancy, especially in the third trimester.
  57. Ibuprofen should be avoided in renal disease and heart failure.
  58. Aspirin is safe for children with viral infections.
  59. NSAIDs can cause gastrointestinal bleeding and platelet dysfunction.
  60. Combination of acetaminophen and ibuprofen can be used cautiously in some patients.
  61. Children’s acetaminophen dose: 10–15 mg/kg every 4–6 hours.
  62. Ibuprofen dose for children: 5–10 mg/kg every 6–8 hours.
  63. Acetaminophen overdose is the leading cause of acute liver failure.
  64. All acetaminophen-containing products have the same strength.
  65. Acetaminophen should be avoided with alcohol use.
  66. Acetaminophen has significant effects on platelets and GI mucosa.
  67. Aspirin can cause Reye’s syndrome in children.
  68. Acetaminophen is the preferred antipyretic in pregnancy and lactation.
  69. NSAIDs are safe in patients with advanced CKD.
  70. Adults should not exceed 1,200 mg/day of ibuprofen (OTC).
  71. Children with a temperature >40°C (104°F) should be seen by a physician.
  72. Elderly patients may not exhibit high fevers even with serious infections.
  73. Fever in immunocompromised patients is a medical emergency.
  74. Cancer patients with fever can self-treat at home.
  75. Fever in a patient after chemotherapy can be life-threatening.
  76. Febrile seizures are common in adults.
  77. Antipyretics prevent febrile seizures completely.
  78. Travelers returning from sub-Saharan Africa are at high risk for malaria-associated fever.
  79. Fever can be the only symptom of systemic infection in older adults.
  80. All febrile patients should be treated with antibiotics.
  81. Pharmacists should collect medication history before recommending OTC products.
  82. Education on correct dosing is not necessary for common OTC drugs.
  83. The patient care process includes collect, assess, plan, implement, follow-up.
  84. Medication reconciliation is unnecessary for fever management.
  85. Patients should be advised to monitor temperature every 8 hours.
  86. Caregivers should be told to use different thermometers for each reading.
  87. Patients should read product labels to check for combination ingredients.
  88. Social factors like access to care and cost should be considered.
  89. Patients should stop taking medication once symptoms begin improving.
  90. Follow-up ensures the fever has resolved and no new symptoms developed.
  91. Fever due to environmental exposure is treated the same as infection-related fever.
  92. Hyperpyrexia requires emergency care.
  93. Fever during vaccination in children is uncommon.
  94. Fever always indicates infection.
  95. Patients should be educated that fever itself is not always harmful.
  96. Hyperthermia and fever share the same underlying mechanism.
  97. Antipyretic therapy’s main goal is comfort, not normalization of temperature.
  98. Self-care is appropriate for all patients with fever.
  99. Fever should be managed with a combination of drug and non-drug therapies.
  100. The chapter emphasizes patient-centered, evidence-based care.

 

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