What nursing intervention can be performed prior to epidural placement to potentially reduce a blood pressure drop?
Rationale:
An IV fluid bolus can be performed prior to epidural placement to potentially reduce a blood pressure drop. Administering an intravenous fluid bolus helps increase intravascular volume, which supports blood pressure stability during sympathetic blockade caused by the epidural. This preemptive volume expansion counteracts vasodilation and prevents hypotension, improving maternal hemodynamic status and fetal oxygenation during labor analgesia.
A: Routine use of ephedrine involves vasopressor administration but is typically reserved for treatment, not prevention, of hypotension, making it less appropriate as a pre-epidural intervention.
C: Insertion of an indwelling urinary catheter manages bladder emptying but does not influence vascular volume or blood pressure regulation before epidural placement.
D: Upright positioning affects labor progression and comfort but does not provide hemodynamic support or prevent blood pressure drops associated with epidural anesthesia.
The best time to teach nonpharmacologic pain control methods to an unprepared laboring patient is during which stage?
Rationale:
The best time to teach nonpharmacologic pain control methods to an unprepared laboring patient is during the latent phase. Teaching during this early stage allows the patient to learn and practice techniques before contractions intensify, ensuring better coping skills. Later stages involve stronger contractions and less focus, making it challenging to absorb new information or manage pain effectively with new methods.
B: Active phase involves stronger, more frequent contractions, reducing the patient’s ability to concentrate on learning new pain control techniques effectively. Teaching here risks overwhelming and confusing the laboring patient.
C: Second stage focuses on pushing and delivery, leaving little time or energy for teaching pain control methods. The patient’s attention centers on the physical effort of childbirth rather than learning.
D: Transition phase is the most intense and demanding stage, where patients typically cannot absorb new information due to heightened pain and emotional stress, making teaching nonpharmacologic methods impractical.
Which method of pain management would be safest for a gravida 3, para 2, admitted at 8 cm cervical dilation?
Rationale:
Epidural anesthesia is the safest pain management method for a gravida 3, para 2, admitted at 8 cm cervical dilation. Epidural anesthesia provides effective, controllable pain relief during active labor without significant sedation or respiratory depression, allowing the mother to remain alert and participate in delivery. It is appropriate at advanced dilation and supports maternal and fetal well-being.
A: Narcotics Risk maternal and fetal respiratory depression and sedation, especially near full dilation, making narcotics unsuitable at 8 cm dilation due to potential adverse effects on labor progress and neonatal outcome.
B: Spinal block Spinal blocks are typically reserved for cesarean sections, providing a single injection with rapid onset but limited duration, making it impractical and less safe for ongoing labor pain at 8 cm dilation.
D: Breathing and relaxation techniques These non-pharmacological methods may reduce pain perception but often lack sufficient analgesia during intense contractions at 8 cm dilation, rendering them insufficient as the sole pain management approach at this stage.
Which of the following factors would affect pain perception or tolerance for the laboring patient?
Rationale:
Right occiput posterior fetal position during labor affects pain perception or tolerance for the laboring patient. This fetal position often causes more intense back pain and longer labor duration, which increases discomfort and reduces pain tolerance compared to other positions. It creates more pressure on maternal structures and results in inefficient contractions, directly impacting the laboring patient's experience of pain.
B: Bishop score of 10 prior to induction indicates cervical readiness and does not influence pain perception directly; it evaluates labor likelihood but does not affect how pain is felt or tolerated during labor.
C: Gynecoid pelvis is considered the ideal pelvic shape for childbirth and typically facilitates easier labor, which usually results in less pain rather than increased sensitivity or reduced tolerance.
D: Absence of Ferguson's reflex, which triggers strong uterine contractions, might affect labor progress but does not specifically alter the patient's perception or tolerance of pain during labor.
A patient presents to the labor and birth area for emergent birth. Vaginal exam reveals that the patient is fully dilated, vertex, +2 station, with ruptured membranes. The patient is extremely apprehensive because this is her first childbirth experience and asks for an epidural to be administered now. What is the priority nursing response based on this patient assessment?
Rationale:
An epidural with contact anesthesia should be used, and the patient prepared per protocol. This approach addresses the patient’s immediate pain needs safely during advanced labor, given full dilation and +2 station. Administering an epidural now is feasible and provides effective analgesia, helping to reduce anxiety and discomfort while facilitating a more controlled and calm delivery environment.
B: Dismissing pain medication minimizes the patient's intense fear and discomfort, which can increase stress and negatively affect labor progress, making this response dismissive and not supportive of pain management needs during active labor.
C: While nonpharmacologic methods may offer some relief, they cannot adequately manage the severe pain experienced at full dilation and +2 station, making them insufficient as the primary pain management strategy.
D: Calling the physician for admitting orders delays immediate pain relief and labor support, as the patient is already fully dilated and ready to deliver, requiring prompt nursing intervention rather than administrative steps.
Which patient will be most receptive to teaching about nonpharmacologic pain control methods?
Rationale:
The patient who is dilated 2 cm and 80% effaced will be most receptive to teaching about nonpharmacologic pain control methods. This early labor stage allows time for learning and practicing techniques before contractions intensify, making it ideal for patient education. Later stages or intense discomfort reduce the ability to focus on new information effectively.
A: Gravida 1, para 0, in transition lacks receptivity due to advanced labor and overwhelming contractions, limiting focus on new pain control methods.
B: Gravida 2, para 1, admitted at 8 cm is too far progressed for effective teaching; pain is more intense, decreasing learning capacity.
D: Gravida 3, para 2, complaining of intense perineal pressure experiences heightened discomfort, which diminishes attention and willingness to absorb new teaching.
You are preparing a patient for epidural placement by a nurse anesthetist in the LDR. Which interventions should be included in the plan of care? (Select all that apply.)
Rationale:
Administer a bolus of 500 to 1000 mL of D normal saline prior to catheter placement.
Administering a fluid bolus before epidural placement helps prevent hypotension caused by sympathetic blockade. The saline expands intravascular volume, stabilizing blood pressure and reducing complications. This intervention supports hemodynamic stability during the procedure, ensuring patient safety and comfort while facilitating effective epidural anesthesia in the labor and delivery setting.
B: Having ephedrine available is essential but not an intervention to include in the initial plan of care; it is reserved for managing hypotension after it occurs.
C: Monitoring blood pressure frequently is important but is a nursing action during and after placement, not a preparatory intervention included in the initial care plan.
D: Inserting a Foley catheter is not routinely required before epidural placement and may increase infection risk or discomfort unnecessarily in this context.
Excessive anxiety during labor heightens the patient's sensitivity to pain by increasing
Rationale:
Excessive anxiety during labor heightens the patient's sensitivity to pain by increasing muscle tension. Muscle tension exacerbates discomfort by causing stiffness and reducing circulation, which intensifies pain sensations. Anxiety triggers the body’s stress response, leading to tighter muscles that amplify the perception of pain during contractions, making labor more painful and challenging for the patient.
B: The pain threshold refers to the point at which pain is perceived, but anxiety lowers this threshold, making pain feel more intense rather than increasing the threshold itself.
C: Blood flow to the uterus typically decreases under stress due to vasoconstriction, so anxiety does not increase uterine blood flow; reduced circulation can worsen pain perception.
D: Rest time between contractions is not directly influenced by anxiety; anxiety primarily affects muscle tension and pain perception rather than altering contraction intervals.
The nurse is preparing a patient for a cesarean birth scheduled to be performed under general anesthesia. Which should the nurse plan to administer, if ordered by the health care provider, to prevent aspiration of gastric contents?
Rationale:
Hydroxyzine (Vistaril) should be administered to prevent aspiration of gastric contents during a cesarean birth under general anesthesia.
Hydroxyzine is an antihistamine that also has sedative and antiemetic properties, reducing nausea and vomiting risk, which helps prevent aspiration. It also decreases gastric secretions and promotes relaxation, making it suitable for preoperative preparation in cesarean sections requiring general anesthesia and minimizing pulmonary complications from aspiration.
A: Citric acid (Bicitra) neutralizes stomach acid but does not reduce gastric volume or secretion, limiting its effectiveness in preventing aspiration during anesthesia.
B: Ranitidine (Zantac) decreases acid production but does not have sedative or antiemetic effects, offering less comprehensive protection against aspiration risks.
D: Glycopyrrolate (Robinul) reduces secretions but lacks antiemetic properties and sedation, making it less effective alone for aspiration prevention in cesarean anesthesia.
The nurse is monitoring a laboring patient who is using patterned breathing techniques. The patient suddenly complains of lightheadedness and tingling in her hands. What should the nurse do?
Rationale:
The nurse should instruct the patient to breathe into her cupped hands. This method helps increase carbon dioxide levels by rebreathing exhaled air, which can relieve symptoms of hyperventilation like lightheadedness and tingling. Patterned breathing may cause respiratory alkalosis, so this intervention quickly restores balance, preventing further complications during labor without interrupting the breathing technique entirely.
A: Assist the patient to lie down and elevate her legs. This action may improve circulation but does not address the respiratory alkalosis causing the symptoms. It fails to correct the underlying hyperventilation issue.
C: Provide the patient with oxygen via nasal cannula. Supplemental oxygen is unnecessary because symptoms are from low carbon dioxide, not oxygen deficiency. Increasing oxygen does not resolve hyperventilation-induced symptoms and might worsen respiratory imbalance.
D: Encourage the patient to continue breathing patterns as taught. Persisting with the current technique ignores the patient’s distress signals. It risks exacerbating hyperventilation symptoms instead of alleviating the immediate cause of lightheadedness and tingling.
The nurse is caring for a patient in transition. Which sign is most indicative that this phase of labor is occurring?
Rationale:
Increased bloody show and complaints of pressure are most indicative that the transition phase of labor is occurring. This phase involves intense contractions, cervical dilation from 8 to 10 cm, and increased bloody show due to cervical effacement and dilation, alongside a significant pressure sensation as the fetus descends into the birth canal, signaling imminent delivery.
A: Regular contractions every 3 minutes lasting 60 seconds characterize the active phase, not transition, where contractions become more frequent and intense.
C: The urge to push typically occurs during the second stage of labor after full cervical dilation, not during the transition phase.
D: Cervical dilation of 4 to 5 cm corresponds to the early active phase, whereas transition involves dilation from 8 to 10 cm.
A patient in active labor is experiencing hypotension after receiving an epidural block. What is the nurse's first action?
Rationale:
Place the patient in a side-lying position.
Positioning the patient on her side helps alleviate hypotension by preventing aortocaval compression, which improves venous return and cardiac output. This maneuver enhances uteroplacental perfusion, stabilizing maternal blood pressure rapidly. It is the immediate priority before other interventions, as correcting positioning directly addresses the root cause of epidural-induced hypotension in laboring patients.
A: Administer a fluid bolus as prescribed. Administering fluids supports blood volume but is secondary; immediate repositioning more directly alleviates aortocaval compression, which first improves hemodynamic status.
B: Elevate the patient's legs. Leg elevation may promote venous return but does not effectively relieve pressure on major vessels caused by uterine compression, limiting its efficacy in this acute scenario.
D: Notify the anesthesiologist immediately. Prompt communication is important, yet initial nursing action should focus on repositioning to quickly reverse hypotension before escalating concerns to anesthesia.
Which assessment finding is an indication of hemorrhage in the recently delivered postpartum patient?
Rationale:
An indication of hemorrhage in the recently delivered postpartum patient is saturation of two perineal pads in 4 hours. This signifies excessive vaginal bleeding, a primary sign of postpartum hemorrhage. Monitoring pad saturation helps quantify blood loss, enabling timely intervention. Early recognition of heavy bleeding is crucial to prevent complications such as hypovolemic shock, ensuring prompt medical response.
A: Elevated pulse rate An increased pulse may suggest blood loss but can also result from pain, anxiety, or fever, making it a less specific indicator for hemorrhage compared to direct blood loss assessment.
B: Elevated blood pressure Blood pressure often decreases or remains normal during hemorrhage; an elevated reading is more commonly associated with hypertension or stress rather than active postpartum bleeding.
C: Firm fundus at the midline A firm, midline fundus indicates effective uterine contraction, which helps prevent hemorrhage, so it does not signal excessive bleeding or postpartum hemorrhage risk.
A woman who is gravida 3, para 2 enters the intrapartum unit. The most important nursing assessments include
Rationale:
The most important nursing assessments include fetal heart rate, maternal vital signs, and the woman's nearness to birth. These parameters are critical for monitoring the well-being of both mother and fetus during labor, identifying potential complications early, and determining the labor progression to provide timely and appropriate interventions for safe delivery outcomes.
A: contraction pattern, amount of discomfort, and pregnancy history. These factors provide useful information but lack immediate indicators of fetal distress or maternal stability essential for current labor management.
C: last food intake, when labor began, and cultural practices the couple desires. These details support care planning but do not directly assess physiological status or labor progression critical in the intrapartum period.
D: identification of ruptured membranes, the woman's gravida and para, and access to a support person. Although important for history and emotional support, these do not provide immediate clinical data on maternal or fetal condition during labor.
During labor a vaginal examination should be performed only when necessary because of the risk of
Rationale:
A vaginal examination during labor should be performed only when necessary because of the risk of infection. This is due to the cervix being dilated and membranes possibly ruptured, allowing bacteria to enter the uterus, potentially causing maternal and fetal infections such as chorioamnionitis. Minimizing examinations reduces the opportunity for pathogens to ascend, ensuring safer labor progression and better outcomes.
B: Fetal injury is less likely during a vaginal examination since the procedure primarily assesses cervical dilation and fetal position externally, making direct harm to the fetus uncommon during routine checks.
C: Discomfort occurs during vaginal examinations, but it is a temporary and less critical concern compared to the potential for introducing infection, which can have severe consequences for both mother and baby.
D: Perineal trauma relates more to the physical strain during delivery rather than vaginal examinations, which involve internal assessment and do not typically cause damage to the perineal tissues.
Which nursing diagnosis would take priority in the care of a primipara patient with no visible support person in attendance? The patient has entered the second stage of labor after a first stage of labor lasting 4 hours.
Rationale:
Fluid volume deficit related to fluid loss during labor and birth process. This diagnosis takes priority because prolonged labor increases the risk of dehydration, which can jeopardize both maternal and fetal well-being. Addressing fluid balance promptly prevents complications such as hypotension, decreased placental perfusion, and impaired uterine contractions, ensuring safer labor progression and optimizing outcomes for the mother and baby.
B: Fatigue related to length of labor requiring increased energy expenditure does not address immediate physiological risks and is secondary to fluid imbalance concerns during prolonged labor.
C: Acute pain related to increased intensity of contractions is important but less urgent than preventing dehydration, which can critically impact maternal and fetal stability during labor.
D: Fluid volume deficit (FV) is the correct priority; this option is the actual correct diagnosis rather than an incorrect choice.
The nurse is preparing to initiate intravenous (IV) access on a patient in the active phase of labor. Which size IV cannula is best for this patient?
Rationale:
An 18-gauge IV cannula is best for a patient in the active phase of labor.
An 18-gauge cannula allows for rapid fluid administration and blood transfusion if needed during labor complications, providing adequate flow rates to maintain hydration and manage emergencies efficiently. It balances size and patient comfort while ensuring readiness for potential interventions in this critical phase.
B: 20-gauge cannula offers moderate flow but may be insufficient for urgent fluid or blood replacement during labor emergencies, limiting rapid intervention capability.
C: 22-gauge cannula restricts fluid flow, making it less suitable for active labor where faster intravenous access may be necessary for effective management.
D: 24-gauge cannula is too small, significantly reducing infusion speed and increasing the risk of inadequate fluid resuscitation during active labor complications.
A maternal indication for the use of vacuum extraction is
Rationale:
Vacual extraction is indicated for maternal exhaustion.
Vacual extraction assists when maternal fatigue impairs effective pushing during labor, preventing prolonged delivery and reducing maternal morbidity. It facilitates fetal descent while minimizing maternal effort. This indication prioritizes maternal well-being, ensuring timely delivery without unnecessary surgical intervention, especially when exhaustion threatens labor progression but fetal conditions remain appropriate for vaginal delivery using instrumental assistance.
A: a wide pelvic outlet The presence of a wide pelvic outlet typically removes the need for instrumental delivery, as adequate space allows spontaneous descent and delivery, making vacuum extraction unnecessary. This option reflects favorable anatomy rather than an indication for intervention.
C: a history of rapid deliveries Prior rapid deliveries suggest efficient labor, reducing the likelihood of requiring vacuum assistance. This history indicates quick labor progression, which does not justify instrumental help for maternal or fetal reasons.
D: failure to progress past 0 station Failure to progress past 0 station suggests cephalopelvic disproportion or inadequate descent, conditions contraindicating vacuum extraction due to risks of fetal and maternal injury; surgical intervention is usually preferred instead.
The nurse is preparing to administer a vaginal prostaglandin preparation to ripen the cervix of her patient. With which patient should the nurse question the use of vaginal prostaglandin as a cervical ripening agent?
Rationale:
Vaginal prostaglandin should be questioned for use in the patient who had previous surgery in the upper uterus.
This option is correct because upper uterine surgery, such as a classical cesarean incision, increases the risk of uterine rupture during labor induction with prostaglandins. Therefore, caution or avoidance is necessary to prevent complications related to weakened uterine scar integrity.
A: The patient who has a Bishop's score of 5 A Bishop’s score of 5 indicates the cervix is not fully favorable, but prostaglandins are commonly used to enhance cervical ripening in such cases.
B: The patient who is at 42 weeks of gestation Post-term pregnancy often requires induction, and vaginal prostaglandins are appropriate for cervical ripening to initiate labor safely.
C: The patient who had a previous low transverse cesarean birth Low transverse cesarean scars are generally considered safer for prostaglandin use compared to classical scars, allowing cautious administration under supervision.
Following an external cephalic version, which assessment finding indicates a complication?
Rationale:
Deceleration of FHR to 88 bpm indicates a complication following an external cephalic version. This finding signals fetal distress, as a heart rate below 110 bpm reflects possible hypoxia or cord compression. Immediate intervention is necessary to prevent adverse outcomes. Monitoring fetal heart rate is critical to ensure fetal well-being after the procedure.
A: Onset of irregular contractions may occur normally after the procedure and do not necessarily indicate fetal or maternal complications. They often represent uterine irritability or mild, transient responses to manipulation.
B: Maternal blood pressure of 110/70 mm Hg is within normal limits, showing stable maternal hemodynamics without signs of hypotension or preeclampsia following the procedure.
D: Maternal pulse rate of 100 bpm, though on the higher end, can be a normal physiological response to stress or mild exertion and does not specifically indicate complications.
When caring for a patient in labor who is considered to be at low risk, which assessments should be included in the plan of care? (Select all that apply.)
Rationale:
Monitoring and recording vital signs frequently during the course of labor is essential for low-risk patients to ensure maternal and fetal well-being. This ongoing assessment helps detect early signs of complications such as infection, hypertension, or fetal distress, allowing timely interventions while supporting normal labor progression without unnecessary interventions.
A: Check the DTR each shift. This reflex assessment is typically reserved for patients with preeclampsia or neurological concerns, not standard for low-risk labor care.
C: Document the FHR pattern, noting baseline and response to contraction patterns. FHR monitoring is important but usually intermittent or intermittent auscultation in low-risk labor, not continuous documentation.
D: Indicate on the EFM tracing when maternal position changes are done. This is part of electronic fetal monitoring but not a standard assessment for low-risk labor patients without continuous monitoring.
When assessing a laboring woman's blood pressure, the nurse should:
Rationale:
Blood pressure should be checked between two contractions to obtain the most accurate and reliable measurement.
Option B is correct because blood pressure readings taken during contractions can be falsely elevated due to increased intra-abdominal pressure and stress responses. Measuring between contractions allows for a more stable cardiovascular state, reducing variability and ensuring proper assessment of maternal hemodynamic status during labor.
A: Inflate the cuff at the beginning of a contraction causes elevated readings due to transient pressure spikes, leading to inaccurate assessment.
C: Expecting a slight elevation overlooks the importance of timing; blood pressure may vary significantly with contractions, not just a steady increase.
D: Positioning the woman on her back with knees bent risks supine hypotension syndrome, compromising venous return and distorting blood pressure results.
A station of +1 means that the:
Rationale:
A station of +1 means that the fetal presenting part is 1 cm below the mother's ischial spines. This measurement indicates the descent of the fetus through the birth canal, with positive numbers showing progress beyond the ischial spines, which are the reference point for assessing labor advancement and fetal positioning during delivery.
A: Maternal cervix is open 1 cm. This choice confuses cervical dilation with fetal station; station refers to fetal position relative to ischial spines, not cervical opening size.
B: Mother's ischial spines project into her pelvis 1 cm. This inaccurately describes the maternal pelvis anatomy rather than fetal descent, which is what station measures.
C: Fetus is unlikely to be born vaginally because the pelvis is small. Station does not address pelvic size or delivery likelihood; it solely tracks fetal head position during labor.
How long is the expected length of the third stage of labor?
Rationale:
The expected length of the third stage of labor is 30 minutes or less. This stage involves the delivery of the placenta, which typically occurs quickly to minimize complications. Prolonged durations increase risks such as hemorrhage. Clinical guidelines emphasize that 30 minutes is the maximum normal duration, ensuring timely intervention if placental separation does not occur within this timeframe.
A: 60 minutes or less extends the acceptable duration beyond standard clinical recommendations, increasing risks of postpartum hemorrhage and complications, which is not supported by evidence or practice guidelines for normal placental delivery timing.
C: 1 hour for a multiparous person, 2 hours for a nulliparous person overestimates the duration, potentially delaying necessary interventions and increasing maternal morbidity due to prolonged placental retention.
D: 3 hours for a multiparous person, 4 hours for a nulliparous person greatly exceeds normal expectations, risking severe complications and is not consistent with accepted obstetrical standards for the third stage of labor.
How should the nurse respect the rapid psychologic changes occurring in the fourth stage of labor?
Rationale:
The nurse should take the lead from the parents regarding interruption of the bonding. This approach honors the parents' emotional state and preferences during the rapid psychological shifts in the fourth stage of labor, ensuring their comfort and autonomy while supporting early bonding with the newborn, which is crucial for both psychological adjustment and family dynamics immediately postpartum.
A: Invite the family to come in and see the newborn. Inviting family may disrupt the intimate bonding time between parents and newborn, potentially overwhelming the parents during a sensitive emotional period.
C: Ask multiple questions about taking pictures of the newborn. Frequent questioning about photos can distract and interrupt the parents’ focus on bonding, possibly causing unnecessary stress or discomfort.
D: Take the newborn to the nursery to encourage the parents to rest. Removing the newborn interrupts immediate bonding, which is vital during the fourth stage of labor and may hinder parents’ emotional adjustment and attachment.
What is a reassuring pattern a nurse would see on an FHR tracing?
Rationale:
Accelerations are a reassuring pattern on an FHR tracing. Accelerations indicate fetal well-being as they reflect a healthy autonomic nervous system and adequate oxygenation. These temporary increases in heart rate are typically associated with fetal movement and are considered a positive sign during monitoring, suggesting the fetus is not in distress and responding appropriately to stimuli.
B: Marked variability represents excessive fluctuations in fetal heart rate, which may indicate fetal hypoxia or distress rather than reassurance. It is not typically a sign of fetal well-being.
C: Prolonged decelerations involve a sustained drop in fetal heart rate, often signaling hypoxia or compromised fetal status. This pattern is concerning, not reassuring.
D: Absent variability shows a lack of fluctuations in fetal heart rate, often indicating fetal hypoxia or central nervous system depression, which is worrisome rather than reassuring.
What is the probable cause of this FHR change?
Rationale:
The probable cause of this FHR change is loss of fetal reserve.
Loss of fetal reserve indicates diminished capacity of the fetus to tolerate hypoxic stress, leading to alterations in fetal heart rate patterns. This condition reflects compromised fetal well-being, often seen as decelerations or variability loss, signaling the need for prompt clinical intervention to prevent further fetal compromise or injury during labor.
A: fetal scalp stimulation does not cause persistent FHR changes; it typically triggers temporary accelerations, not prolonged alterations.
C: fetal heart block results in persistent bradycardia, not transient or variable heart rate decelerations associated with stress.
D: fetal arrhythmia causes irregular heartbeats, lacking the consistent pattern of decelerations seen with compromised reserve.
What does management of a category III fetal monitor tracing include?
Rationale:
Management of a category III fetal monitor tracing includes expediting birth. This is because category III patterns indicate abnormal fetal heart rate with absent variability and recurrent decelerations, signaling potential fetal compromise that requires prompt delivery to prevent adverse outcomes and ensure fetal well-being.
A: Decreasing the oxytocin by half does not adequately address the severity of category III tracings, which demand immediate intervention rather than gradual medication adjustment.
C: Readjusting the fetal monitor only improves signal clarity and does not correct the underlying fetal distress indicated by category III patterns.
D: Increasing the magnesium sulfate targets maternal seizure prevention, not the urgent fetal compromise seen in category III tracings.
What technique has been shown to decrease pain, encourage movement, and improve labor satisfaction?
Rationale:
Hydrotherapy has been shown to decrease pain, encourage movement, and improve labor satisfaction. Hydrotherapy provides buoyancy and warmth, which relax muscles, reduce stress, and promote mobility during labor. This technique enhances comfort, decreases perception of pain, and supports natural labor progression, leading to higher maternal satisfaction and a more positive childbirth experience overall.
A: Controlled breathing helps manage pain but does not significantly promote movement or overall labor satisfaction as effectively as hydrotherapy does.
B: Aromatherapy may offer relaxation benefits but lacks strong evidence for reducing pain, encouraging movement, or improving overall labor satisfaction like hydrotherapy.
C: Massage can alleviate discomfort but does not consistently facilitate movement or substantially enhance labor satisfaction compared to hydrotherapy.
What must the nurse do when administering promethazine?
Rationale:
Promethazine must be diluted before IV administration. Dilution helps prevent tissue irritation and reduces the risk of severe complications such as thrombophlebitis and extravasation injury, which can occur if promethazine is given undiluted intravenously. Proper dilution ensures safer infusion, minimizing patient discomfort and potential harm, making it a critical safety measure during intravenous delivery of this medication.
A: Administer subcutaneously. Promethazine is not typically given subcutaneously due to poor absorption and risk of local tissue damage, making this route unsuitable and inconsistent with standard administration guidelines.
B: Never administer with an opioid. Promethazine can be administered with opioids; it is often combined for enhanced antiemetic or sedative effects, so avoiding opioids entirely is unnecessary and unfounded.
D: Never administer in first stage labor. Promethazine may be used during labor for nausea or sedation; there is no absolute contraindication in the first stage, so this restriction is inaccurate and unsupported.