NCLEX fetal heart rate decelerations study guide

This study guide covers fetal heart rate decelerations, including types, normal values, nursing actions, and safety priorities essential for NCLEX preparation.

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What is a variable deceleration?

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An abrupt decrease in fetal heart rate (FHR) that varies in duration and timing relative to contractions.

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1. What is the primary characteristic of early decelerations?

Begriffe in diesem Lernset(32)

Types of Decelerations(16)

What is a variable deceleration?

An abrupt decrease in fetal heart rate (FHR) that varies in duration and timing relative to contractions.

True or False: Early decelerations are due to cord compression.

False. Early decelerations are caused by fetal head compression.

Define late deceleration.

A gradual decrease in FHR that begins after the onset of a contraction and returns to baseline after the contraction ends.

What do variable decelerations indicate?

Possible umbilical cord compression, requiring further evaluation and intervention.

Compare early and late decelerations.

Early: head compression; Late: uteroplacental insufficiency.

Fill in the blank: Early decelerations mirror the __________.

contraction pattern.

What is a prolonged deceleration?

A decrease in FHR of 15 beats/min or more lasting longer than 2 minutes but less than 10 minutes.

True or False: Late decelerations require immediate intervention.

True. They may indicate fetal distress due to placental insufficiency.

Cause of variable decelerations?

Umbilical cord compression.

What is the normal FHR range?

Normal FHR is between 110 to 160 beats per minute.

Identify late deceleration on the monitor.

Deceleration starts after a contraction and recovers after the contraction ends.

What does a sudden drop in FHR signify?

Potential umbilical cord compression (variable deceleration).

Fill in the blank: __________ decelerations are typically benign and associated with labor progress.

Early.

True or False: Variable decelerations can be sharp and transient.

True. They often occur due to quick cord compression.

What action should be taken with late decelerations?

Change maternal position, increase IV fluids, and consider oxygen supplementation.

Variable vs. Late decelerations: which is more concerning?

Late decelerations are more concerning due to potential fetal hypoxia.

Nursing Actions and Interventions(16)

Nursing action for late decelerations?

Change maternal position to left side. Administer oxygen and increase IV fluids.

True or False: Early decelerations indicate fetal distress.

False. Early decelerations are usually benign and often related to head compression.

Nursing intervention for variable decelerations?

Reposition the mother, provide amnioinfusion if indicated, and monitor fetal heart rate.

What should be monitored continuously?

Fetal heart rate pattern and maternal vital signs.

Immediate action for prolonged deceleration?

Notify physician. Prepare for possible emergency delivery if needed.

Cause of late decelerations?

Uteroplacental insufficiency leading to inadequate fetal oxygenation.

Fill in the blank: Administer _____ for recurrent late decelerations.

terbutaline, if prescribed, to reduce uterine contractions.

Comparison: Early vs. Late Decelerations.

Early: benign, related to contractions. Late: concerning, indicate uteroplacental insufficiency.

Nursing care for fetal bradycardia?

Assess maternal positioning, administer oxygen, and prepare for potential delivery.

Signs of cord compression?

Variable decelerations, fetal heart rate variability, and maternal reports of hydramnios.

What is done if fetal heart rate drops?

Assess for maternal hypotension, reposition, and ensure IV access is patent.

True or False: All decelerations require immediate intervention.

False. Only late and prolonged decelerations typically require urgent action.

What should be documented?

Fetal heart rate patterns, maternal interventions, and responses to those interventions.

Nursing action during contractions?

Monitor fetal heart rate for decelerations and assess contraction strength and duration.

What to assess with variable decelerations?

Umbilical cord status and maternal position; may need to perform vaginal examination.

Signs of fetal distress?

Persistent decelerations, decreased variability, and abnormal fetal heart rate patterns.

Fragen in diesem Lernset(32)

1. What is the primary characteristic of early decelerations?

A.They mirror the contraction pattern.
B.They occur after a contraction ends.
C.They are always sharp and sudden.
D.They indicate fetal distress.

2. What is the primary nursing action for late decelerations in a fetal heart rate pattern?

A.Change maternal position to left side, administer oxygen, and increase IV fluids.
B.Prepare for immediate cesarean delivery.
C.Continue monitoring without intervention.
D.Administer medication to induce labor.

3. Which of the following best describes variable decelerations?

A.Gradual decreases in FHR after contractions.
B.Abrupt decreases in FHR with variable timing.
C.Consistent decreases in FHR throughout labor.
D.Decreases in FHR lasting longer than 10 minutes.

4. Which of the following is true about early decelerations?

A.They are usually benign and related to head compression.
B.They indicate severe fetal distress.
C.They require immediate emergency intervention.
D.They are due to umbilical cord compression.

5. When do late decelerations typically occur relative to contractions?

A.Before the contraction starts.
B.At the same time as the contraction.
C.After the contraction ends.
D.During the peak of the contraction.

6. What should a nurse do first for variable decelerations?

A.Reposition the mother to relieve cord compression.
B.Notify the physician immediately.
C.Administer intravenous fluids.
D.Prepare for a potential emergency delivery.

7. Which condition is most commonly associated with variable decelerations?

A.Head compression.
B.Uteroplacental insufficiency.
C.Umbilical cord compression.
D.Maternal hypotension.

8. During labor, what should be monitored continuously?

A.Fetal heart rate pattern and maternal vital signs.
B.Only maternal vital signs.
C.Mother's nutritional intake.
D.Only fetal movements.

9. What is the expected FHR range for a healthy fetus?

A.100 to 120 beats per minute.
B.110 to 160 beats per minute.
C.160 to 180 beats per minute.
D.90 to 110 beats per minute.

10. What is the immediate nursing action for a prolonged deceleration?

A.Notify the physician and prepare for emergency delivery.
B.Provide comfort measures to the mother.
C.Increase the mother's fluid intake.
D.Perform a vaginal examination.

11. Which type of deceleration is considered more concerning for fetal well-being?

A.Early decelerations.
B.Variable decelerations.
C.Late decelerations.
D.All decelerations are equally concerning.

12. Which condition is the main cause of late decelerations?

A.Uteroplacental insufficiency.
B.Maternal anxiety.
C.Fetal position.
D.Excessive maternal exercise.

13. What is a prolonged deceleration?

A.A decrease in FHR for less than 2 minutes.
B.A decrease in FHR of 15 beats/min lasting 2 to 10 minutes.
C.An FHR drop that lasts over 10 minutes.
D.A sustained FHR below 110 beats/min.

14. Fill in the blank: Administer _____ for recurrent late decelerations.

A.terbutaline, if prescribed, to reduce uterine contractions.
B.magnesium sulfate for neuroprotection.
C.an epidural for pain management.
D.a sedative to calm the mother.

15. Which of the following indicates that late decelerations may require intervention?

A.They recover swiftly after contractions.
B.They signify umbilical cord compression.
C.They are accompanied by maternal hypertension.
D.They indicate potential fetal distress.

16. What is the difference between early and late decelerations?

A.Early decelerations are benign, while late decelerations indicate potential fetal distress.
B.Both are benign and require no action.
C.Late decelerations are a result of head compression.
D.Early decelerations require emergency interventions.

17. Fill in the blank: Variable decelerations often require ________ for resolution.

A.Immediate cesarean delivery.
B.Maternal repositioning and monitoring.
C.Increased uterine contractions.
D.Immediate fetal scalp monitoring.

18. What nursing care is appropriate for fetal bradycardia?

A.Assess maternal positioning and administer oxygen.
B.Perform immediate cesarean delivery.
C.Encourage the mother to push.
D.Limit maternal fluid intake.

19. True or False: Early decelerations typically indicate fetal distress.

A.True.
B.False.
C.Only in preterm infants.
D.Only if the pattern persists.

20. Which of the following may indicate cord compression?

A.Variable decelerations.
B.Constant fetal heart rate.
C.Late decelerations.
D.Normal fetal heart rate variability.

21. Which of the following describes the recovery pattern of late decelerations?

A.They recover before contractions end.
B.They return to baseline after the contraction ends.
C.They do not recover until after labor.
D.They remain low until the baby is delivered.

22. If a fetal heart rate drops, what should the nurse do?

A.Assess for maternal hypotension and reposition the mother.
B.Leave the room to get help.
C.Document the fetal heart rate drop.
D.Increase the rate of uterotonics.

23. In which situation would you most likely expect to see early decelerations?

A.During severe maternal stress.
B.In the active phase of labor.
C.With rapid fetal descent.
D.During fetal tachycardia.

24. True or False: All decelerations require immediate intervention.

A.False. Only late and prolonged decelerations typically require urgent action.
B.True. All decelerations are emergencies.
C.False. Only variable decelerations require action.
D.True. Early decelerations always require intervention.

25. Which is NOT a typical cause of variable decelerations?

A.Umbilical cord compression.
B.Fetal head compression.
C.Maternal positioning.
D.Oligohydramnios.

26. What should be documented after assessing decelerations in fetal heart rate?

A.Fetal heart rate patterns and maternal interventions.
B.Only the fetal heart rate.
C.Maternal food intake during labor.
D.Contraction frequency only.

27. What nursing action is appropriate for managing late decelerations?

A.Continue monitoring without intervention.
B.Administer magnesium sulfate.
C.Change maternal position and increase IV fluids.
D.Prepare for immediate delivery.

28. Which nursing action should be taken during contractions?

A.Monitor fetal heart rate for decelerations.
B.Encourage the mother to push.
C.Limit maternal movement.
D.Administer analgesics.

29. True or False: Variable decelerations can be sharp and transient.

A.True.
B.False.
C.Only in preterm infants.
D.Only during contractions.

30. What should be assessed with variable decelerations?

A.Umbilical cord status and maternal position.
B.Maternal blood pressure only.
C.Fetal movement patterns.
D.Maternal medication history.

31. Which type of deceleration occurs when there is a gradual decrease in fetal heart rate that begins after the onset of a contraction?

A.Late deceleration
B.Early deceleration
C.Variable deceleration
D.Prolonged deceleration

32. Which of the following are signs of fetal distress?

A.Persistent decelerations and decreased variability.
B.Only increased fetal movements.
C.A normal fetal heart rate pattern.
D.Maternal comfort levels.

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