A nurse is teaching the parents of a school-age child who is newly diagnosed with juvenile idiopathic arthritis. Which of the following interventions should the nurse include in the teaching?
Have the child take a tub bath each morning
Apply splints to the child's extremities during the day.
Encourage the child to take naps during the day.
Keep the child on bedrest as long as pain persists.
The Correct Answer is A
Correct answer: A. Have the child take a tub bath each morning
A. Have the child take a tub bath each morning: Warm tub baths are recommended for children with juvenile idiopathic arthritis (JIA) as they help to relieve joint stiffness and pain, especially in the morning. The warm water can soothe the joints, making movement easier and reducing discomfort throughout the day.
B. Apply splints to the child's extremities during the day: While splints may be used in JIA, they are typically applied during the night (resting splints) to maintain joint position and prevent contractures. Daytime use of splints (working splints) may be considered in certain situations, but generally, children are encouraged to be as active as possible during the day to maintain joint mobility.
C. Encourage the child to take naps during the day: While rest is important, encouraging too much rest during the day may contribute to joint stiffness. Regular activity helps maintain joint function and mobility, which is essential in managing JIA.
D. Keep the child on bedrest as long as pain persists: Prolonged bedrest is not recommended for children with JIA. It can lead to muscle atrophy, increased stiffness, and reduced joint mobility. Instead, the focus should be on maintaining activity within the child's pain tolerance and using pain management strategies.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
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Correct Answer is C
Explanation
A. This choice is incorrect because the body temperature does not drop 1 degree 1 week after ovulation. The body temperature rises slightly (about 0.4 to 0.8 degrees Fahrenheit) after ovulation and remains elevated until the next menstrual period.
B. This choice is incorrect because the body temperature should be taken each morning before getting out of bed or doing any activity. Taking the temperature in the evening can result in inaccurate readings due to variations in daily activities, meals, stress, exercise, etc.
C. This choice is correct because the body temperature might decrease slightly (about 0.2 degrees Fahrenheit) just prior to ovulation due to a surge in estrogen levels. This dip in temperature can indicate that ovulation is about to occur and that the client should avoid unprotected intercourse if she wants to prevent pregnancy.
D. This choice is incorrect because the body temperature is not at its highest during menstruation. The body temperature drops at the onset of menstruation due to a decline in progesterone levels and marks the beginning of a new cycle.
Correct Answer is C
Explanation
A. February 1 is not the correct EDB according to Nägele's rule. Nägele's rule states that to estimate the EDB, subtract three months from the LMP and add seven days and one year. Therefore, May 8 minus three months is February 8, plus seven days is February 15, plus one year is February 15 of the following year.
B. February 8 is not the correct EDB according to Nägele's rule. Nägele's rule states that to estimate the EDB, subtract three months from the LMP and add seven days and one year. Therefore, May 8 minus three months is February 8, plus seven days is February 15, minus seven days is February 8, plus one year is February 8 of the following year.
C. February 15 is the correct EDB according to Nägele's rule. Nägele's rule states that to estimate the EDB, subtract three months from the LMP and add seven days and one year. Therefore, May 8 minus three months is February 8, plus seven days is February 15, plus one year is February 15 of the following year.
D. February 22 is not the correct EDB according to Nägele's rule. Nägele's rule states that to estimate the EDB, subtract three months from the LMP and add seven days and one year. Therefore, May 8 minus three months is February 8, plus seven days is February 15, plus seven days is February 22, plus one year is February 22 of the following year.
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