Nursing Elites

1. To prepare a 56-year-old male patient with ascites for paracentesis, the nurse should?

• A. place the patient on NPO status.
• B. assist the patient to lie flat in bed.
• C. ask the patient to empty the bladder.
• D. position the patient on the right side.

Correct answer: C

Rationale: To prepare a patient with ascites for paracentesis, the nurse should ask the patient to empty the bladder. This is important to decrease the risk of bladder perforation during the procedure. The patient should be positioned in Fowler's position to facilitate the procedure, not lie flat in bed, which can compromise breathing. Placing the patient on NPO status is unnecessary as sedation is not typically required for paracentesis. Positioning the patient on the right side is not a standard preparatory measure for paracentesis.

2. After repair of an inguinal hernia, the infant is being cared for. Which assessment finding indicates that the surgical repair was effective?

• A. A clean, dry incision
• B. Abdominal distension
• C. An adequate flow of urine
• D. Absence of inguinal swelling with crying

Correct answer: D

Rationale: The absence of inguinal swelling when the infant cries or strains indicates that the surgical repair of the inguinal hernia was effective. Inguinal swelling typically occurs with crying or straining in cases of this condition. A clean, dry incision signifies the absence of wound infection post-surgery but does not directly indicate the effectiveness of the hernia repair. Abdominal distension suggests a gastrointestinal issue unrelated to the hernia repair. An adequate flow of urine is not specific to evaluating the success of inguinal hernia repair.

3. In which of the following conditions would a healthcare provider not administer erythromycin?

• A. Campylobacteriosis infection
• B. Legionnaires disease
• C. Pneumonia
• D. Multiple Sclerosis

Correct answer: D

Rationale: Erythromycin is an antibiotic used to treat bacterial infections. Multiple sclerosis (MS) is an autoimmune disease affecting the central nervous system, involving the brain and spinal cord. Since MS is not caused by bacteria, administering erythromycin would not be appropriate. Campylobacteriosis infection, Legionnaires disease, and pneumonia are bacterial infections that can be treated with erythromycin, making them incorrect choices for conditions where erythromycin would not be administered.

4. Administration of hepatitis B vaccine to a healthy 18-year-old patient has been effective when a specimen of the patient's blood reveals

• A. HBsAg.
• B. anti-HBs
• C. anti-HBc IgG
• D. anti-HBc IgM.

Correct answer: B

Rationale: The correct answer is 'anti-HBs'. The presence of surface antibody to HBV (anti-HBs) indicates a successful response to the hepatitis B vaccine. Anti-HBs is a marker of immunity and protection against hepatitis B infection. Choices A, C, and D are incorrect because: A) HBsAg indicates current infection with hepatitis B virus, C) anti-HBc IgG suggests past infection or immunity, and D) anti-HBc IgM is a marker of acute hepatitis B infection.

5. Mr. C is brought to the hospital with severe burns over 45% of his body. His heart rate is 124 bpm and thready, BP 84/46, respirations 24/minute and shallow. He is apprehensive and restless. Which of the following types of shock is Mr. C at highest risk for?

• A. Septic shock
• B. Hypovolemic shock
• C. Neurogenic shock
• D. Cardiogenic shock

Correct answer: B

Rationale: Mr. C, who has severe burns over 45% of his body, is at highest risk for hypovolemic shock. Burns lead to a loss of plasma volume, reducing the circulating fluid volume and impairing perfusion to vital organs and extremities. In this scenario, the signs of shock, such as increased heart rate, low blood pressure, shallow respirations, and restlessness, indicate a state of hypovolemic shock due to significant fluid loss. Septic shock (choice A) is primarily caused by severe infections, neurogenic shock (choice C) results from spinal cord injuries, and cardiogenic shock (choice D) stems from heart failure. However, in this case, the presentation aligns most closely with hypovolemic shock due to the extensive burn injury and its effects on fluid volume and perfusion.

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