A nurse is discussing Russell's traction with a newly licensed nurse. Which of the following statements about this form of traction should the nurse include in the teaching?
Russell's traction uses skeletal pins to stabilize the fracture.
Russell's traction uses a pelvic girdle belt to decrease lower back pain.
Russell's traction uses a sling under the knee to treat a fracture of the femur.
Russell's traction uses a cervical halter to decrease cervical muscle spasms.
The Correct Answer is C
A. Russell's traction does not use skeletal pins. Skeletal traction involves the use of pins, wires, or screws inserted directly into the bone to stabilize a fracture.
B. Russell's traction does not involve the use of a pelvic girdle belt. Pelvic girdle belts are more commonly associated with some other forms of traction used for different purposes.
C. Russell's traction is specifically used for the treatment of a fracture of the femur, and it involves a sling placed under the knee to support and immobilize the affected leg.
D. Russell's traction is not used to decrease cervical muscle spasms. Cervical traction, using a cervical halter, is a separate form of traction used for cervical spine-related issues.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. Inability to move toes may be a sign of tightness in the cast, but it is not the first finding to be expected if the cast is too tight.
B. Pallor of the toes indicates compromised blood flow and is the earliest sign of circulatory impairment due to tightness of the cast.
C. Change in temperature of the toes may be a sign of impaired circulation, but it is not the earliest finding to be expected.
D. Edema of the toes may occur as a result of compromised circulation, but it is not the first finding to be expected if the cast is too tight.
Correct Answer is ["20"]
Explanation
- To calculate the dose of naproxen oral suspension, use the following formula: Dose (mL) = Desired dose (mg) / Available dose (mg/mL)
- In this case, the desired dose is 500 mg and the available dose is 125 mg/5 mL, which is equivalent to 25 mg/mL
- Plug in the values into the formula: Dose (mL) = 500 mg / 25 mg/mL - Simplify the expression: Dose (mL) = 20 mL
- Round the answer to the nearest whole number: Dose (mL) = 20 mL
- The nurse should administer 20 mL of naproxen oral suspension per dose
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