🔷 Migraine with aura is a contraindication for combined estrogen-progestin contraceptives because estrogen increases the risk for thromboembolism and stroke.

🔷 Aura symptoms may include visual changes, flashing lights, numbness, tingling, or speech difficulty before the headache begins.

🔷 Adding estrogen can further increase vascular risk, making this option unsafe for the client.

🔷 The nurse should anticipate discussing safer alternatives, such as progestin-only methods or nonhormonal contraception.

🔷 This is especially important if the client has other stroke risks such as smoking, hypertension, or age over 35.

❌ Ovarian cysts

❌ Ovarian cysts are not a contraindication to combined oral contraceptives. Hormonal contraceptives may sometimes be used to suppress ovulation and reduce development of some functional cysts.

❌ Vaginitis

❌ Vaginitis is not a contraindication to combined oral contraceptives. It should be assessed and treated based on the cause, but it does not make estrogen-progestin contraception unsafe.

❌ Hypoglycemia

❌ Hypoglycemia is not a standard contraindication for combined oral contraceptives. The nurse should assess glucose concerns, but this finding does not create the same serious clot or stroke risk as migraine with aura.

💎 Weight gain is the most effective measurement of adequate nutritional intake because it reflects whether the newborn is receiving and using enough milk over time.

💎 A newborn may lose some weight in the first few days after birth, but should begin gaining as breastfeeding becomes established.

💎 Tracking weight helps identify inadequate milk transfer, dehydration, poor latch, ineffective feeding, or illness.

💎 Other helpful signs include adequate wet diapers, stool patterns, alertness, feeding cues, and satisfaction after feeding.

💎 For a 5-day-old newborn, the nurse should also assess latch, feeding frequency, swallowing sounds, maternal milk supply, and signs of dehydration.

❌ Four to five feedings per day

❌ Four to five feedings daily is too few for a breastfeeding newborn. Newborns usually breastfeed frequently, often about 8 to 12 times in 24 hours, especially in the first weeks.

❌ Frequency of crying episodes

❌ Crying is not a reliable measure of nutritional intake. A newborn may cry due to hunger, discomfort, overstimulation, temperature changes, or need for soothing.

❌ Three to four wet diapers in 24 hr

❌ By about day 5, the newborn should generally have more wet diapers than this. Low urine output may indicate inadequate intake or dehydration.

🌟 Warm compresses before breastfeeding help promote milk let-down and improve milk flow.

🌟 Engorgement occurs when the breasts become overly full, firm, swollen, and tender due to milk accumulation and increased blood flow.

🌟 Applying warmth before feeding, breastfeeding frequently, and ensuring effective latch can help soften the breast and relieve pressure.

🌟 The client may also gently massage the breast before or during feeding to help milk removal.

🌟 After feeding, cold compresses can reduce swelling and discomfort.

❌ “I will make sure to take all of my antibiotics.”

❌ Antibiotics are not routinely used for uncomplicated engorgement. They are used if infection such as mastitis is suspected or prescribed.

❌ “I will apply ointment to my nipples after breastfeeding.”

❌ Nipple ointment may help cracked or sore nipples, but it does not directly relieve engorgement. Engorgement is managed by milk removal, warmth before feeding, and cold after feeding.

❌ “I should not take ibuprofen.”

❌ Ibuprofen is generally compatible with breastfeeding and can reduce pain and inflammation if not contraindicated. The client should follow provider guidance, but avoiding it is not the key teaching point.

🔷 FHR

🔷 The fetal heart rate is the most important indicator of how well the fetus is tolerating labor.

🔷 The client is now having late decelerations, shown by the FHR dropping after the contraction begins and gradually returning to baseline after the contraction ends.

🔷 Late decelerations suggest uteroplacental insufficiency, meaning the fetus may not be receiving enough oxygen during contractions.

🔷 The nurse should closely monitor for worsening decelerations, decreased variability, prolonged bradycardia, or fetal tachycardia.

🔷 Continued abnormal FHR patterns can indicate fetal hypoxia and may require intrauterine resuscitation or urgent provider intervention.

💎 Contraction pattern

💎 The contraction pattern must be monitored because contractions that are too strong, too long, or too frequent can reduce blood flow to the placenta.

💎 The notes describe the uterine tone as firm to palpation, which can be concerning if the uterus does not relax adequately between contractions.

💎 Poor uterine relaxation can decrease fetal oxygenation and contribute to late decelerations.

💎 The nurse should monitor contraction frequency, duration, intensity, and resting tone.

💎 If contractions become excessive or uterine resting tone remains elevated, fetal distress can worsen.

🌿 Amniotic fluid characteristics

🌿 The nurse should monitor amniotic fluid because the fluid changed from clear to thin green, which suggests meconium-stained fluid.

🌿 Meconium in the amniotic fluid can occur when the fetus experiences stress or hypoxia.

🌿 This finding increases concern because the fetus is also showing late decelerations.

🌿 The nurse should continue assessing the color, amount, odor, and consistency of the fluid.

🌿 Green fluid requires close monitoring because the newborn may be at risk for respiratory complications after birth.

❌ Blood pressure

❌ The client’s blood pressure has remained stable, ranging from 124/72 to 128/74 mm Hg.

❌ There is no current evidence of maternal hypotension, severe hypertension, or shock.

❌ Blood pressure should still be monitored routinely, but it is not one of the most important indicators of the current labor complication.

❌ Pain level

❌ The client’s pain increased only slightly from 4/10 to 5/10, which is expected as labor progresses.

❌ Pain level helps guide comfort measures, but it does not directly identify fetal compromise in this scenario.

❌ The priority concern is fetal oxygenation, not pain control.

❌ Oxygen saturation

❌ The client’s oxygen saturation is 95% to 98% on room air, which is acceptable.

❌ Maternal oxygenation should continue to be monitored, but the current values do not show severe maternal respiratory compromise.

❌ The fetal tracing and meconium-stained fluid are more concerning.

❌ IV site

❌ The IV site should be assessed routinely for infiltration, patency, and infection.

❌ However, there is no evidence that the IV site is contributing to the labor complication.

❌ It is not the priority finding for identifying further fetal or labor-related complications.

❌ Cervical dilation

❌ Cervical dilation helps determine labor progress, but it does not explain the late decelerations or green amniotic fluid.

❌ The client was only 2 cm dilated earlier, but the urgent concern is fetal response to contractions.

❌ Monitoring dilation is important, but it is not as critical as FHR, contraction pattern, and amniotic fluid characteristics in this situation.

🔷 Weigh the client's perineal pad.

🔷 The client has signs of postpartum hemorrhage, including a saturated perineal pad, QBL of 980 mL, tachycardia, hypotension, anxiety, and a boggy uterus.

🔷 Weighing the perineal pad gives an accurate measurement of ongoing blood loss because 1 g of pad weight equals about 1 mL of blood loss.

🔷 This helps determine whether bleeding is worsening and guides urgent interventions.

🔷 Since the client already has nearly 1,000 mL of blood loss, accurate blood loss measurement is an immediate priority.

🔷 Continued blood loss can quickly lead to hypovolemic shock, so the nurse must quantify bleeding promptly.

🔷 Insert a straight catheter for the client.

🔷 The fundus is deviated to the left, boggy, and above the umbilicus, which strongly suggests a distended bladder.

🔷 A full bladder prevents the uterus from contracting effectively, increasing the risk of uterine atony and continued postpartum bleeding.

🔷 The client cannot ambulate to void because of residual epidural numbness, so straight catheterization is the immediate intervention to empty the bladder.

🔷 Emptying the bladder allows the uterus to return to midline and contract more firmly.

🔷 This directly addresses the likely cause of the boggy uterus and heavy lochia.

❌ Apply O₂ per nonrebreather mask.

❌ The client’s oxygen saturation is 98% on room air, so oxygen is not the immediate priority.

❌ Oxygen may be used if the client develops respiratory distress, severe shock, or decreased oxygen saturation, but the current problem is ongoing uterine bleeding related to uterine atony and bladder distention.

❌ Administer methylergonovine 0.2 mg IM.

❌ Methylergonovine is a uterotonic used for postpartum hemorrhage, but the nurse should first address the likely cause: a full bladder preventing uterine contraction.

❌ The fundus is displaced left and the client cannot void, making straight catheterization the more immediate corrective action.

❌ Also, medication administration requires a valid prescription and careful assessment of contraindications such as hypertension.

❌ Draw a complete blood count.

❌ A CBC can help evaluate hemoglobin, hematocrit, and platelet status after blood loss.

❌ However, drawing labs does not stop the bleeding.

❌ Immediate care should focus on quantifying blood loss and correcting the cause of uterine atony by emptying the bladder.

🔷 Kale is an excellent non-dairy source of calcium, making it a strong recommendation for a pregnant client who does not consume dairy products.

🔷 Calcium is essential during pregnancy for fetal bone and tooth development, maternal bone health, muscle function, and nerve transmission.

🔷 Dark green leafy vegetables such as kale, collard greens, and broccoli are important plant-based calcium sources.

🔷 Kale also provides additional nutrients beneficial during pregnancy, including folate, vitamin K, iron, and fiber.

🔷 The nurse should encourage combining calcium-rich foods with vitamin D sources to improve calcium absorption.

❌ 1 baked potato

❌ Potatoes provide potassium, carbohydrates, and some vitamin C, but they are not a major calcium source.

❌ 1 large banana

❌ Bananas are rich in potassium and carbohydrates but contain very little calcium compared with leafy greens.

❌ 1 cup sweet white corn

❌ Corn provides carbohydrates and fiber but is not considered a high-calcium food.

💎 This statement demonstrates acceptance of pregnancy because the adolescent is making lifestyle changes for the health of the baby.

💎 The client recognizes personal sacrifice while showing concern for fetal well-being.

💎 Acceptance often includes adapting behaviors, planning for the baby, seeking prenatal care, and demonstrating attachment to the pregnancy.

💎 This statement reflects developing maternal role adaptation and responsibility.

💎 The nurse should reinforce healthy pregnancy choices and continue supportive prenatal education.

❌ “My parents will probably end up raising the baby since I'm so young.”

❌ This suggests dependence on others and possible uncertainty about assuming the parenting role. It does not clearly show acceptance or readiness.

❌ “I am upset that I will have to quit school in a few weeks when the baby comes.”

❌ This statement reflects distress and concern about personal loss rather than adaptation to pregnancy. It may indicate difficulty coping with role changes.

❌ “My partner says they want to help, but we didn't plan for this baby.”

❌ This focuses on the unplanned nature of the pregnancy and uncertainty about support rather than demonstrating acceptance.

🔷 Blood pressure 142/92 mm Hg

🔷 This blood pressure is elevated and meets concern for gestational hypertension or preeclampsia because it occurs after 20 weeks of gestation.

🔷 The client’s blood pressure has increased from 116/68 at the first visit to 142/92 today, showing a significant upward trend.

🔷 Hypertension in pregnancy requires immediate follow-up because it can reduce placental perfusion and place the client at risk for seizure, stroke, placental abruption, and fetal compromise.

🔷 The nurse should report this finding and anticipate repeat blood pressure measurement, urine protein evaluation, labs, and fetal assessment.

💎 Mild persistent headache for the past few days

💎 A persistent headache in a pregnant client with elevated blood pressure is a warning sign of preeclampsia with possible neurologic involvement.

💎 This is more concerning than occasional mild discomfort because it has lasted several days and is occurring with proteinuria, hyperreflexia, edema, and visual symptoms.

💎 Headache can indicate cerebral vasospasm or worsening hypertension.

💎 The nurse should not dismiss this as normal pregnancy fatigue or stress because it may signal progression toward severe preeclampsia.

🌟 Intermittent blurred vision

🌟 Blurred vision is an important warning sign of preeclampsia and can indicate central nervous system irritation or vascular changes affecting the eyes.

🌟 Visual disturbances may include blurred vision, spots, flashing lights, or temporary vision loss.

🌟 This finding requires immediate follow-up because visual symptoms can occur before seizures in clients with worsening preeclampsia.

🌟 When paired with hypertension and proteinuria, blurred vision is a high-priority finding.

🔶 +2 pitting edema to bilateral ankles and feet

🔶 Some mild edema can be normal in pregnancy, but this client’s edema has progressed from trace edema to +2 pitting edema.

🔶 Progressive pitting edema with hypertension and proteinuria increases concern for preeclampsia-related fluid shifts.

🔶 Edema alone is not diagnostic of preeclampsia, but in this context it supports the pattern of worsening pregnancy-related hypertension.

🔶 The nurse should assess for facial or hand swelling, rapid weight gain, lung sounds, and signs of fluid overload.

✨ 3+ patellar reflex

✨ Hyperreflexia is a concerning neurologic finding in preeclampsia because it suggests central nervous system irritability.

✨ A 3+ reflex is brisker than expected and may indicate increased risk for seizure activity.

✨ The nurse should assess for clonus, worsening headache, visual symptoms, altered mental status, and epigastric or right upper quadrant pain.

✨ Hyperreflexia with elevated blood pressure and proteinuria requires prompt provider notification.

🟣 Protein 1+ in urine

🟣 Proteinuria is a key finding associated with preeclampsia, especially when it appears after 20 weeks of gestation with new-onset hypertension.

🟣 This client’s urine protein changed from negative two weeks ago to 1+ today.

🟣 Protein in the urine suggests kidney involvement caused by endothelial dysfunction and reduced renal perfusion.

🟣 The nurse should anticipate additional testing such as protein/creatinine ratio, 24-hour urine collection, platelet count, liver enzymes, creatinine, and fetal monitoring.

❌ Temperature 36.7° C, heart rate 90/min, respiratory rate 18/min, oxygen saturation 97%

❌ These values are not the immediate concern because they are within acceptable ranges for pregnancy.

❌ They should continue to be monitored, but they do not point to the current complication as strongly as the hypertension, proteinuria, headache, blurred vision, edema, and hyperreflexia.

❌ Denies epigastric pain, uterine cramping, and reports regular fetal movement

❌ These are reassuring findings.

❌ Epigastric or right upper quadrant pain would be concerning for severe preeclampsia or liver involvement, but the client denies this symptom.

❌ Regular fetal movement is also reassuring, although fetal status should still be assessed because maternal hypertension can affect placental perfusion.

❌ Leukocyte esterase, ketones, nitrites, and glucose negative

❌ These findings do not require immediate follow-up in this scenario.

❌ Negative leukocyte esterase and nitrites make urinary tract infection less likely, negative ketones reduce concern for starvation/dehydration, and negative glucose does not suggest glucosuria.

🔷 A multiple marker screening is a maternal blood test performed during pregnancy to help assess the risk for certain fetal abnormalities.

🔷 It can help identify neural tube defects such as spina bifida and anencephaly, as well as chromosomal abnormalities like Down syndrome.

🔷 The screening commonly measures substances such as alpha-fetoprotein (AFP), estriol, hCG, and inhibin A depending on the type of test used.

🔷 Elevated AFP levels may indicate an increased risk for open neural tube defects.

🔷 The nurse should explain that this is a screening test, not a diagnostic test, meaning abnormal results may require additional evaluation such as ultrasound or amniocentesis.

❌ “A group B streptococcus screening will be performed to determine the presence of STIs.”

❌ Group B streptococcus screening is not used to identify sexually transmitted infections.

❌ GBS screening is performed around 35 to 37 weeks of gestation to identify maternal colonization with group B streptococcus bacteria, which can cause serious infection in the newborn during birth.

❌ “A Papanicolaou test will be performed to detect the presence of herpes simplex type 1.”

❌ A Papanicolaou (Pap) test screens for cervical cell changes and cervical cancer, often related to human papillomavirus (HPV).

❌ It is not used to diagnose herpes simplex virus type 1 infection.

❌ “A glucose tolerance test will be performed to predict hyperglycemia in your baby.”

❌ A glucose tolerance test is used to screen the pregnant client for gestational diabetes mellitus.

❌ It evaluates how the mother’s body processes glucose, not whether the baby will develop hyperglycemia.

🔷 Hypoglycemia

🔷 The newborn is most likely experiencing hypoglycemia because of jitteriness, weak cry, low temperature, and rapid respirations.

🔷 The newborn is also large for gestational age at 4,366 g / 9 lb 10 oz, which increases the risk for unstable blood glucose after birth.

🔷 Newborns with low glucose may show tremors, poor feeding, lethargy, cyanosis, temperature instability, tachypnea, or seizures.

🔷 This requires prompt intervention because the newborn’s brain depends heavily on glucose for energy.

🔷 Untreated hypoglycemia can progress to neurologic injury or seizures.

🔷 Reinforce with the parent to feed the newborn

🔷 Feeding is an immediate intervention because breast milk or formula helps raise the newborn’s blood glucose level.

🔷 Early and frequent feeding is especially important for newborns who are large for gestational age or symptomatic.

🔷 The nurse should assist with feeding if the newborn has a weak cry, poor coordination, or decreased energy.

🔷 If the newborn cannot feed effectively, the provider may prescribe glucose gel or IV dextrose.

🔷 Feeding also helps stabilize temperature and energy use.

🔷 Anticipate a prescription to obtain a capillary blood sample

🔷 A capillary blood glucose test confirms whether the newborn’s symptoms are due to low blood glucose.

🔷 Jitteriness alone can have several causes, so checking glucose is necessary for accurate assessment.

🔷 The result guides the next intervention, such as feeding, glucose gel, or IV dextrose.

🔷 Repeat glucose checks may be needed until the newborn maintains a safe level.

🔷 This is a priority because the newborn is symptomatic.

🔷 Temperature

🔷 The newborn’s axillary temperature is 36° C / 96.8° F, which is low.

🔷 Hypothermia can worsen hypoglycemia because the newborn uses more glucose to produce heat.

🔷 The nurse should keep the newborn warm through skin-to-skin care, swaddling, warmed blankets, or a radiant warmer as needed.

🔷 Monitoring temperature helps show whether the newborn is stabilizing.

🔷 Maintaining normal temperature reduces energy demand and supports glucose regulation.

🔷 Respiratory status

🔷 The newborn’s respiratory rate is 72/min, which is tachypnea.

🔷 Hypoglycemia can cause respiratory distress or rapid breathing as the newborn becomes physiologically stressed.

🔷 The nurse should monitor respiratory rate, effort, color, oxygen saturation if indicated, and signs such as grunting, nasal flaring, or retractions.

🔷 Stabilizing glucose can improve respiratory status if hypoglycemia is the cause.

🔷 Persistent tachypnea should be reported because it may indicate another complication.

❌ Kernicterus

❌ Kernicterus is severe bilirubin-induced neurologic injury.

❌ The scenario does not report jaundice, high bilirubin, poor tone from severe hyperbilirubinemia, or phototherapy needs.

❌ Neonatal abstinence syndrome

❌ Neonatal abstinence syndrome is most associated with opioid exposure.

❌ The maternal drug screen is negative for opiates, and cannabis exposure alone does not fit classic withdrawal symptoms.

❌ Congenital syphilis

❌ The mother had syphilis in the first trimester, but it was treated with penicillin and the current RPR/VDRL is negative.

❌ The newborn’s symptoms point more strongly to hypoglycemia than congenital infection.

❌ Monitor while receiving phototherapy / bilirubin levels / skin integrity

❌ These relate to hyperbilirubinemia and kernicterus prevention.

❌ They are not the priority for this newborn’s current hypoglycemia pattern.

❌ Collect a urine specimen

❌ A urine specimen may be used for drug screening or infection evaluation, but it does not address the immediate symptoms.

❌ Blood glucose assessment and feeding are more urgent.

❌ Monitor after receiving penicillin IM

❌ This would be relevant if congenital syphilis treatment were indicated.

❌ The presented findings do not make congenital syphilis the most likely condition.

❌ Environmental stimuli

❌ Environmental stimuli monitoring is more related to withdrawal or neurologic irritability management.

❌ The most important monitoring here is temperature and respiratory status.