A postpartum client receiving heparin asks whether she can continue to breastfeed. The best advice for the nurse to give is that she can continue to breastfeed but must assess the baby daily for ecchymoticspots
Factors that predispose women to infection in the postpartum period
Placental fragments retained in the uterus
Placement of internal fetal heart monitoring
Rupture of membranes less than 24 hours before birth
Instrument births
Pre-existing anemia
Late postpartum hemorrhage
Bleeding that occurs after the first 24 hours until 6 weeks puerperium
The symptoms of fever of 101°F, abdominalpain, and a "badsmell" to the lochia are associated with endometritis
When uterine rupture occurs, the highest priority intervention is to limit hypovolemic shock
When membranes were ruptured for 28 hours before delivery, the most important action is to monitor the mother's temperature every 2 hours
Nurse's initial action when a postpartum woman is bleeding heavily
1. Assess and massage the fundus if soft
2. Take vital signs
3. Place the client in sharp Trendelenburg position
4. Notify the physician immediately
The first action when a postpartum woman is having difficulty breathing and the area around her mouth is blue is to raise the head of the bed
The delivery factor most likely contributing to a postpartum hemorrhage is that the woman received Pitocin after delivery of the placenta
Postpartum depression
Maladaptation to the stress and conflicts of the postpartum period, a disorder that often occurs during the first month after delivery and lasts for weeks to months
The postpartum period is 6-8 weeks after childbirth, also known as the puerperium
Postpartum hemorrhage is one of the primary causes of maternal mortality associated with childbearing
Postpartum hemorrhage
Blood loss of 500 mL or more following a vaginal birth within a 24-hour period, or 1000 mL with cesarean births
Postpartum hemorrhage occurs in as many as 5-8% of postpartum women
The greatest danger of postpartum hemorrhage is in the first 24 hours due to the unprotected uterine area after placental detachment
Classifications of postpartum hemorrhage
Early (within first 24 hours, more dangerous)
Late (24 hours to 6 weeks after birth, usually not severe)
Causes of postpartum hemorrhage
Uterine atony
Lacerations
Retained placental fragments
Uterine inversion/rupture
Abnormal placentation
Coagulation disorders
Trauma
Disseminated intravascular coagulation
The 4 Ts of postpartum hemorrhage
Tone (failure of uterine contraction)
Tissue (retained placental tissues)
Trauma (lacerations and hematoma)
Thrombosis (clot formation and fibrin deposition)
Conditions that increase risk of postpartum hemorrhage
Conditions that distend the uterus
Conditions that could cause cervical/uterine lacerations
Conditions with varied placental site/attachment
Conditions that leave the uterus unable to contract readily
Conditions that lead to inadequate blood coagulation
Signs and symptoms of postpartum hemorrhage
Excessive bright red blood
Boggy fundus unresponsive to massage
Abnormal clots
High temperature
Pelvic discomfort/backache
Persistent bleeding despite contracted uterus
Signs of hypovolemic shock
Uterineatony
Failure of the uterus to contract
Risk factors for uterine atony
Chorioamnionitis
Prolonged labor
Prolonged use of oxytocin
General anesthesia
Asian/Hispanic ethnicity
Conditions causing increased uterine distention
Active Management of the Third Stage of Labor (AMTSL)
1. Do not wait for signs of placental separation
2. Uterine/fundal massage
3. Nipple stimulation
4. Immediate cord clamping and cutting
5. Controlled cord traction with counter-traction
Uterotonics (oxytocin)
Uterotonic and pharmacologic agents typically the first step for uterine atony
Oxytocin is a hormone naturally produced by the posterior pituitary that works rapidly to cause uterine contraction with no contraindications and minimal side effects
Oxytocin does not cause an increase in blood pressure compared to methergine
Adverse reactions to oxytocin include nausea, vomiting, cardiac arrhythmias, uterine hypertonicity, uterine rupture, and severe water intoxication
Uterotonic
Pharmacologic agents that cause uterine contraction
Uterotonic administration
1. Identify uterine atony
2. Administer uterotonic
3. Monitor blood pressure
Oxytocin
Hormone naturally produced by the posterior pituitary that causes uterine contraction
Oxytocin
Rapid action but short duration
Does not cause increase in blood pressure compared to methergine
Oxytocin adverse reactions
Nausea and vomiting
Cardiac arrhythmias
Uterine hypertonicity
Uterine rupture
Severe water intoxication
Fetal bradycardia
Oxytocin is given routinely at delivery, but additional uterotonic medications may be given with bimanual massage in response to hemorrhage
Carboprost tromethamine (Hemabate)
Synthetic prostaglandin analogue used to treat postpartum uterine hemorrhage due to atony
Carboprost tromethamine side effects
Nausea and vomiting
Diarrhea
Headache
Flushing
Bradycardia
Bronchospasm
Wheezing
Cough
Chills
Fever
Methylergonovine maleate (Methergine)
Semi-synthetic ergot alkaloid that works rapidly for sustained uterine contraction