Chapter 16 Nursing Management During 4th edition textbook
Key Terms
Attachment: is the development of a strong affection between an infant and a significant other (mother, father, sibling, and caregiver). This profound connection is not merely a fleeting interaction but rather a deep-seated emotional bond that forms the foundation of the infant's social and emotional development.
Attachment is reciprocal; both the significant other and the newborn exhibit attachment behaviors. This reciprocity ensures that the bond is mutually reinforcing, with each party responding to the cues and signals of the other.
This tie between two people is psychological rather than biologic, and it does not occur overnight. Attachment is not an instantaneous phenomenon but rather a gradual process that unfolds over time through consistent and responsive interactions.
The attachment relationship formed between the infant and primary caregiver influences the child's view of the world and future relationships. Secure attachment fosters a sense of trust, confidence, and security, while insecure attachment can lead to anxiety, fear, and difficulty forming relationships.
The process of attachment follows a progressive or developmental course that changes over time. As the infant grows and develops, the nature of the attachment relationship evolves to meet the changing needs of both the infant and the caregiver.
Attachment is an individualized and multifactorial process. The specific dynamics of the attachment relationship are shaped by a variety of factors, including the temperament of the infant, the personality of the caregiver, and the broader social and cultural context.
The newborn responds to the significant other by cooing, grasping, smiling, and crying. These behaviors serve as communication signals, allowing the infant to express their needs and desires and elicit a response from the caregiver.
Nurses can assess for attachment behaviors by observing the interaction between the newborn and the person holding them. By carefully observing the nuances of the interaction, nurses can gain valuable insights into the quality of the attachment relationship.
Maternal attachment begins during pregnancy as the result of fetal movement and maternal fantasies about the infant and continues through the birth and postpartum periods. This early maternal attachment lays the groundwork for the development of a strong and enduring bond between mother and child.
Attachment behaviors include seeking; physical caregiving behaviors; emotional attentiveness to the infant's needs; staying close to, touching, kissing, cuddling, and choosing the en face position (face-to-face) while holding or feeding the newborn; expressing pride in the newborn; and exchanging gratifying experiences with the infant.
Bonding is a vital component of the attachment process and is necessary in establishing parent-infant attachment and a healthy, loving relationship.
During this early period of acquaintance, mothers touch their infants in a characteristic manner and visually and physically "explore" their infants.
Generally, research on attachment has found that the process is similar for partners as for mothers, but the pace may be different.
When children have a secure, supportive, and sensitive relationship with the mother's partner, they are generally better adjusted than those who have a nonsupportive relationship.
Touch is a basic instinctual interaction between a parent and their infant and has a vital role in the infant's early development.
Maternal attachment begins during pregnancy as a result of fetal movement and maternal fantasies about the infant and continues through the birth and postpartum periods.
Bonding: The close emotional attraction to a newborn by the parents that develops during the first 30 to 60 minutes after birth; unidirectional, from parent to infant.
En face position: A face-to-face position between the mother and newborn, where their eyes are in the same vertical plane. This position typically occurs during the initial bonding period and is characterized by mutual gazing, which can facilitate emotional connection and recognition between the mother and her baby. This is significant because it allows the mother and infant to engage in direct eye contact, promoting bonding and attachment. During this time, the infant is often in a quiet, alert state, looking directly at the person holding them. This mutual gazing helps in the development of a strong emotional connection and fosters early communication between the mother and her newborn.
Pelvic floor exercises (Kegel exercises): Help strengthen the pelvic floor muscles.
Peribottle: A plastic squeeze bottle filled with warm tap water, typically maintained at a comfortable temperature, that is sprayed over the perineal area after each voiding and before applying a new perineal pad. This practice is essential for maintaining hygiene, reducing the risk of infection, and promoting comfort in the sensitive perineal region following childbirth. The gentle stream of water helps to cleanse the area of urine and fecal matter, preventing irritation and fostering healing. It's a simple yet highly effective method for postpartum care, aiding in the recovery process and enhancing overall well-being.
Postpartum blues: A transient period of emotional lability experienced by many women after childbirth, characterized by a constellation of symptoms including crying episodes, heightened irritability, pronounced anxiety, moments of confusion, and disrupted sleep patterns. These emotional fluctuations typically surface within the initial few days following childbirth, often peaking around 3 to 5 days postpartum, and generally resolve spontaneously within a span of approximately 10 days. The postpartum blues are considered a normal and self-limiting condition, primarily attributed to the abrupt hormonal shifts, psychological adjustments, and the overall stress associated with childbirth and early parenthood. Differentiating the postpartum blues from more severe mood disorders such as postpartum depression is crucial, as the latter necessitates timely intervention and comprehensive management. Women experiencing symptoms beyond 2 weeks or those with severe functional impairment should be evaluated for postpartum depression.
Sitz bath: A therapeutic bath used to reduce local swelling and promote comfort for an episiotomy, perineal trauma, or inflamed hemorrhoids. The use of a sitz bath is typically recommended after the first 24 hours following childbirth, or after any perineal surgery, when the initial swelling has begun to subside. The warmth of the water helps to increase blood flow to the perineal area, which in turn aids in the healing process. Sitz baths also assist in keeping the area clean, reducing the risk of infection. They provide soothing relief from discomfort, making the recovery period more manageable. Sitz baths can be taken several times a day for about 10-20 minutes each time to maximize their therapeutic effects. For preparing a sitz bath, it is generally advised to use warm water, ensuring that it is not too hot to avoid scalding. Special sitz bath kits are available that fit over the toilet bowl for convenience, or a shallow basin can be used. After the bath, it's important to gently pat the area dry with a clean towel to prevent irritation.
Learning Objectives
Upon completion of the chapter, you will be able to:
Characterize the normal physiologic and psychological adaptations to the postpartum period.
Determine the parameters that need to be assessed during the postpartum period.
Compare and contrast bonding to the attachment process.
Select behaviors that enhance or inhibit the attachment process.
Outline nursing management for the woman and her family during the postpartum period.
Examine the role of the nurse in promoting successful breastfeeding.
Plan areas of health education needed for discharge planning, home care, and follow-up.
Motherhood is a transformative experience, and the postpartum period marks a significant phase of major adjustments and adaptations for both the mother and her family as they welcome a new member and navigate the initial stages of parenthood.
Successful parenting requires parents to acquire new skills and adapt to their evolving roles, involving learning about infant care, feeding techniques, and establishing routines that accommodate the baby's needs.
The postpartum period brings about dramatic physiologic changes in women as their bodies undergo the process of reverting to a nonpregnant state, with hormonal shifts, uterine involution, and other physical adjustments typically taking several weeks to stabilize.
Nursing management during the postpartum period is crucial, with a primary focus on comprehensively assessing the woman's adaptation to both physiologic and psychological changes, ensuring her well-being and facilitating a smooth transition into motherhood.
Nurses play a vital role in being keenly aware of bonding and attachment behaviors between the mother and infant, enabling them to perform appropriate interventions to foster a strong and healthy parent-child relationship from the earliest stages.
Assessment extends to all family members to gauge how well they are transitioning to this new stage of life, acknowledging that the arrival of a newborn impacts not only the mother but also partners, siblings, and other members of the household.
Nursing care comprehensively addresses the family's needs, encompassing physiologic aspects such as providing comfort, promoting self-care, ensuring adequate nutrition, and addressing contraception, while also focusing on facilitating the family's adaptation to the newborn.
Given the trend toward shorter hospital stays, it is essential for nurses to educate families on key topics such as infant care, signs of potential complications, and when to seek further medical attention.
Social Support and Cultural Considerations
The postpartum period is critical, involving physical, psychological, and social changes for the woman.
Strong social support is vital for integrating the baby into the family.
Effective postpartum care requires understanding the woman's social and cultural context.
Nurses can be invaluable resources, serving as mentors, teaching self-care and baby care basics, and providing emotional support.
Nurses can "mother" the new mother by offering physical care, emotional support, information, and practical help.
This support increases new parents' confidence and gives them a sense of accomplishment.
Promotion of breastfeeding is important, aligning with Healthy People 2030 goals.
Healthy People 2030 Objective MICH-2030-15: Increase the proportion of infants who are breastfed exclusively through 6 months.
Nursing Significance: Breastfeeding provides complete nutrition, improving health, growth, development, and immunity.
As in all nursing care, nurses should provide culturally competent care during the postpartum period.
The nurse should engage in ongoing cultural self-assessment and overcome any stereotypes that perpetuate prejudice or discrimination against any cultural group.
The postpartum period is noted for traditional practices related to rest, healing, and consumption of food and drink.
Mothers and mothers-in-law often influence the new mother, so nurses must be aware of the client's culture.
Providing culturally humble and competent nursing care requires time, open-mindedness, and patience.
Cultural preferences need to be known due to the increasing multiculturalism in society.
Important skills include understanding beliefs, experiences, and family environment; facilitating language using interpreters; and compassionately respecting clients and their human rights.
Some Chinese women practice transnational parenting, sending their American-born child to be raised by extended family in China, which affects breastfeeding success.
Nursing Assessment in the Postpartum Period
Comprehensive Maternal Discomfort Assessment: Nurses must thoroughly evaluate maternal discomfort, employing preventive and therapeutic strategies to enhance the mother's well-being. This encompasses identifying discomfort sources, understanding pain thresholds, and considering preferences for pain management.
Multifaceted Nursing Roles: Nurses perform various essential roles:
Assistance: Providing direct support and aid to the postpartum woman.
Maladaptation Surveillance: Monitoring for signs of complications or difficulties in adapting to the postpartum period.
Education: Teaching the woman and her family about self-care, infant care, and potential warning signs.
Consultation: Seeking advice and guidance from other healthcare professionals when necessary.
Collaboration: Working together with a multidisciplinary team to provide holistic care.
Continuous Assessment Timeline: A comprehensive assessment should begin within the first hour after birth and continue throughout the woman's hospital stay. This early and consistent monitoring is critical for promptly identifying and addressing postpartum complications.
Proficient Recognition of Normal and Abnormal Findings: Nurses need a solid understanding of normal postpartum physiological and psychological changes to effectively identify any deviations from the expected. This knowledge base enables timely and appropriate interventions.
Holistic Postpartum Assessment Components:
Vital Signs: Regular monitoring of temperature, pulse, respiration, and blood pressure.
Physical Assessment: Evaluation of the breasts, uterus, bladder, bowels, lochia, episiotomy/perineum (if applicable), and extremities.
Psychosocial Assessment: Assessment of the woman's emotional state, coping mechanisms, and social support.
Family Attachment and Bonding: Observation and evaluation of the interactions between the mother, infant, and other family members.
Postpartum Assessment Frequency Guidelines:
First Hour: Assessment every 15 minutes to monitor immediate postpartum stabilization.
Second Hour: Assessment every 30 minutes to continue close monitoring.
First 24 Hours: Assessment every 4 hours to track initial recovery and adaptation.
After 24 Hours: Assessment every 8 hours to ensure ongoing stability and identify any developing issues.
Vigilance for Postpartum Complications: Nurses must be vigilant about identifying risk factors for postpartum complications, such as infection or hemorrhage. Early detection enables prompt intervention and contributes to better outcomes for both the mother and the newborn, ensuring that any complications are managed effectively before they escalate.
Risk Factors for Postpartum Complications
Risk Factors for Postpartum Infection:
Operative procedure:
Forceps delivery: Increases risk due to potential tissue trauma.
Cesarean birth: Higher risk due to surgical incision and increased hospital stay.
Vacuum extraction: Similar to forceps, can cause perineal trauma.
History of diabetes (including gestational-onset):
Impaired immune response: High glucose levels can inhibit immune cell function.
Poor wound healing: Diabetes can compromise tissue repair processes.
Prolonged labor (more than 24 hours):
Increased exposure to pathogens: Longer labor increases the risk of ascending infection.
Fatigue and stress: Can weaken the immune system.
Use of indwelling urinary catheter:
Introduction of bacteria: Catheters can introduce bacteria into the bladder, leading to UTIs.
Disruption of normal flora: Catheters can disrupt the natural protective mechanisms of the urinary tract.
Anemia (hemoglobin <10.5 mg/dL):
Reduced oxygen-carrying capacity: Anemia impairs the body's ability to fight infection.
Impaired immune cell function: Iron deficiency can affect immune cell activity.
Multiple vaginal examinations during labor:
Introduction of pathogens: Each examination increases the risk of introducing bacteria into the vaginal canal.
Trauma to tissues: Frequent examinations can cause micro-trauma, increasing susceptibility to infection.
Prolonged rupture of membranes (>24 hours):
Ascending infection: Prolonged rupture allows bacteria to ascend into the uterus.
Loss of amniotic fluid protection: Amniotic fluid provides a protective barrier against infection.
Manual extraction of placenta:
Trauma to uterine lining: Manual removal can cause damage, increasing the risk of endometritis.
Retained placental fragments: Can lead to infection and hemorrhage.
Compromised immune system (HIV-positive):
Weakened immune defenses: HIV weakens the immune system, making the patient more susceptible to infections.
Increased risk of opportunistic infections: Higher risk of developing severe infections.
Additional Information:
Obesity:
Poor wound healing: Adipose tissue has less blood supply, impairing healing.
Increased risk of wound infection: Obese patients are more prone to surgical site infections.
Corticosteroid Use:
Immunosuppression: Corticosteroids can suppress the immune system, increasing infection risk.
Malnutrition:
Impaired immune function: Nutritional deficiencies weaken immune defenses.
Smoking:
Reduced blood flow: Smoking impairs circulation, affecting wound healing.
Impaired immune response: Smoking can suppress immune cell function.
Preexisting Infections:
Vaginal infections (e.g., bacterial vaginosis, yeast infections): Can increase the risk of postpartum endometritis.
Group B Streptococcus (GBS) colonization: Requires intrapartum antibiotic prophylaxis to prevent neonatal infection, but maternal infection risk remains.
Risk Factors for Postpartum Hemorrhage
Precipitous labor (less than 3 hours):
Rapid cervical dilation and fetal descent can cause lacerations of the birth canal and uterine atony, increasing hemorrhage risk.
Uterine atony:
The most common cause of postpartum hemorrhage, where the uterus fails to contract adequately after delivery.
Risk factors include overdistention, multiparity, prolonged labor, and use of magnesium sulfate.
Placenta previa or abruptio placenta:
Placenta previa: The placenta implants over or near the cervical opening, leading to bleeding during labor.
Abruptio placenta: Premature separation of the placenta from the uterine wall, causing hemorrhage and impaired fetal oxygenation.
Labor induction or augmentation:
Use of oxytocin can lead to uterine atony after delivery, as the uterus becomes less responsive to natural contractions.
Operative procedures (vacuum extraction, forceps, cesarean birth):
These procedures can cause trauma to the uterus and birth canal, increasing the risk of bleeding.
Retained placental fragments:
Failure to deliver the entire placenta can lead to uterine atony and continued bleeding.
Prolonged third stage of labor (more than 30 minutes):
The longer the placenta takes to deliver, the greater the risk of hemorrhage due to uterine atony or retained fragments.
Multiparity, more than three births closely spaced:
Repeated pregnancies can weaken uterine muscles, leading to atony.
Uterine overdistention (large infant, twins, or excessive amniotic fluid) can also contribute to the risk of atony, making it imperative for healthcare providers to monitor closely for signs of complications following delivery. As such, intervention strategies should include evaluating uterine tone regularly and being prepared to administer medications such as oxytocin to promote uterine contractions and reduce the likelihood of severe postpartum hemorrhage. In addition, ensuring that the mother receives adequate hydration and monitoring vital signs can further aid in early detection and management of potential bleeding. Regular assessments of the fundus are essential to detect any signs of distension or deviation from the midline, which may indicate retained placenta or other complications that require immediate attention. Additionally, education on postpartum self-care and recognizing warning signs such as increased bleeding or severe pain should be provided to the mother to empower her in monitoring her own recovery.
Danger Signs
Fever >100.4°F (38°C): A sustained high temperature can indicate a systemic infection, such as endometritis, urinary tract infection, or wound infection. It is crucial to monitor temperature regularly and investigate the cause to administer appropriate treatment.
Foul-smelling lochia or an unexpected change in color or amount: Normal lochia progresses from rubra (red) to serosa (pinkish) to alba (white) over several weeks. Foul odor or a sudden return to rubra suggests infection or retained placental fragments, necessitating immediate evaluation.
Large blood clots or bleeding that saturates a peripad in an hour: Excessive bleeding can lead to hypovolemic shock. Large clots indicate ineffective uterine contraction, possibly due to uterine atony, retained placental fragments, or lacerations. Immediate intervention is required to prevent severe hemorrhage.
Severe headaches or blurred vision: These symptoms, especially when accompanied by elevated blood pressure, may indicate postpartum preeclampsia or eclampsia. Prompt management is necessary to prevent seizures and other complications.
Visual changes, such as blurred vision or spots, or headaches: Similar to the above, these can be signs of postpartum preeclampsia and need immediate assessment and management to prevent serious outcomes such as stroke or seizures.
Calf pain with dorsiflexion of the foot: This could indicate deep vein thrombosis (DVT). Further assessment, such as Doppler ultrasound, is needed to confirm the diagnosis and initiate anticoagulation therapy to prevent pulmonary embolism.
Swelling, redness, or discharge at the episiotomy, epidural, or abdominal sites: These are signs of localized infection. Wound cultures may be needed to guide antibiotic therapy and prevent systemic spread of infection.
Dysuria, burning, or incomplete emptying of the bladder: These are indicative of a urinary tract infection (UTI). A urine culture is necessary to identify the causative organism and start appropriate antibiotic treatment, preventing kidney infection.
Shortness of breath or difficulty breathing without exertion: This may signify pulmonary embolism (PE), pulmonary edema, or aspiration pneumonia. Immediate investigation, including chest X-ray and possibly CT angiography, is required to rule out PE and ensure adequate oxygenation.
Depression or extreme mood swings: These can be signs of postpartum depression or psychosis, which require mental health support, counseling, and possibly medication. Early intervention is crucial to prevent harm to the mother and infant.
The postpartum period initiates a series of significant physiologic changes as the body's systems gradually return to their pre-pregnant states.
This transition involves hormonal adjustments, uterine involution, and the restoration of normal bodily functions, including cardiovascular, renal, and metabolic processes. The endocrine system experiences dramatic shifts as pregnancy hormones (estrogen, progesterone, human placental lactogen) decline, leading to the resumption of normal menstrual cycles and ovulation in non-lactating women. Lactating women experience elevated prolactin levels that suppress ovulation, affecting hormonal balance.
Nurses must possess a thorough understanding of both the normal physiologic and psychological changes that occur during the postpartum period. This knowledge is essential for providing comprehensive and individualized care to postpartum women.
Understanding these changes enables nurses to differentiate between expected postpartum adaptations and potential complications, such as postpartum hemorrhage, infection, or thromboembolic events. Comprehensive knowledge of the expected timeline for uterine involution, lochia progression, and vital sign stabilization is crucial for effective assessment and intervention.
A critical aspect of postpartum care is the ability to recognize potential complications that may arise after childbirth. Early detection and intervention can significantly improve maternal outcomes and prevent serious health issues.
This includes identifying risk factors for postpartum hemorrhage, such as uterine atony, retained placental fragments, or lacerations, and implementing appropriate interventions like fundal massage and medication administration. Prompt recognition of infection symptoms, such as fever, foul-smelling lochia, or wound drainage, is essential for initiating timely antibiotic therapy.
A comprehensive review of the medical record is essential. Nurses should gather information about the woman's pregnancy, labor, and birth, as well as any pre-existing medical conditions and treatments received. This information provides a complete picture of the woman's health history and potential risk factors.
Relevant antepartum and intrapartum data includes gestational age, parity, mode of delivery, and any complications during pregnancy or labor. Pre-existing conditions, such as diabetes, hypertension, or autoimmune disorders, can influence postpartum recovery and require special attention. Documentation of medications administered during labor, including analgesics and oxytocin, assists in identifying potential side effects or interactions in the postpartum period.
The postpartum assessment encompasses several key components, including:
Vital Signs: Regular monitoring of temperature, pulse, respiration, and blood pressure to detect any deviations from the norm.
Frequency of vital sign assessment is based on hospital protocols and individual patient needs, with more frequent monitoring in the immediate postpartum period and for women with risk factors for complications. Elevated temperature may indicate infection, while hypotension or tachycardia could suggest hemorrhage. Careful attention to trends in vital signs is essential for early detection of potential problems.
Pain Level: Assessment of pain intensity and location to provide effective pain management.
Utilizing a standardized pain scale (e.g., numeric rating scale) allows for objective measurement and tracking of pain levels. Assessment includes evaluating pain associated with uterine contractions (afterpains), perineal trauma (episiotomy or lacerations), cesarean incision, and breastfeeding. Effective pain management strategies include pharmacologic interventions (analgesics) and non-pharmacologic measures (ice packs, positioning).
Epidural Site Inspection: Examination of the epidural insertion site for signs of infection or complications.
Assessment of the epidural site includes inspecting for redness, swelling, drainage, or hematoma formation. Patients should be assessed for sensory and motor function return following epidural removal, and any neurological deficits should be promptly reported. Proper site care and patient education are essential to prevent infection.
Head-to-Toe Review of Body Systems: A comprehensive physical assessment using the BUBBLE-EE acronym to evaluate the breasts, uterus, bladder, bowels, lochia, episiotomy/perineum, epidural site, and extremities.
- Breasts: Assessing for engorgement, nipple eversion, and signs of mastitis.
- Uterus: Evaluating fundal height, position, and tone to ensure proper involution.
- Bladder: Monitoring urinary output, assessing for urinary retention, and evaluating for signs of urinary tract infection.
- Bowels: Assessing bowel sounds, monitoring for constipation, and promoting regular bowel movements.
- Lochia: Evaluating the amount, color, and odor of lochia to assess for hemorrhage or infection.
- Episiotomy/Perineum: Assessing the perineum for edema, ecchymosis, hematoma, and signs of infection; evaluating episiotomy or laceration repair.
- Epidural Site: As previously mentioned, inspecting the insertion site for complications.
- Extremities: Assessing for edema, warmth, redness, and pain to identify potential thromboembolic disorders.
During the postpartum assessment, nurses must remain vigilant for any danger signs that may indicate a serious complication. Prompt notification of the healthcare provider is crucial to ensure timely intervention and prevent adverse outcomes.
Danger signs include:
- Excessive bleeding (saturating a pad within an hour)
- Severe abdominal pain
- Fever
- Foul-smelling lochia
- Calf pain or swelling
- Chest pain or shortness of breath
- Severe headache or visual changes
- Suicidal or homicidal ideation
Effective communication with the healthcare team is essential to ensure timely intervention and support for patients experiencing these critical symptoms. It is important to assess the patient's condition thoroughly, including vital signs and mental status, to provide appropriate and immediate care.
Vital Signs Assessment
Obtain vital signs and compare with previous values, reporting any deviations.
Temperature
Use a consistent measurement technique (oral, axillary, tympanic) to ensure accurate readings and trend analysis. Document the method used for each measurement.
Temperature in the first 24 hours is typically within the normal range (97.2°F to 99.9°F or 36.2°C to 37.7°C) or may present a low-grade elevation due to physiologic changes.
Some women experience a slight fever, up to 100.4°F (38°C), during the first 24 hours due to dehydration and the exertion of labor. Dehydration can elevate body temperature, but it should resolve with adequate fluid intake.
Monitor for other signs of dehydration, such as concentrated urine, dry mucous membranes, and thirst.
Temperature should be normal (below 100.4°F or 38°C) after 24 hours with fluid replacement. Encourage oral hydration or administer intravenous fluids as prescribed.
Temperature above 100.4°F (38°C) at any time or an abnormal temperature after the first 24 hours may indicate infection and must be reported promptly to the health care provider. Possible infections include endometritis, urinary tract infection, mastitis, or wound infection.
Assess for other signs and symptoms of infection, such as foul-smelling lochia, abdominal pain, dysuria, wound drainage, or localized redness and swelling.
Continued monitoring is warranted until infection can be ruled out. Implement infection control measures, such as hand hygiene and proper perineal care.
Elevated temperature can identify maternal sepsis, which can result in significant maternal morbidity and mortality worldwide. Early detection and treatment of sepsis are crucial.
Be aware of risk factors for sepsis, such as prolonged rupture of membranes, cesarean birth, retained placental fragments, and pre-existing infections. Initiate sepsis protocols as indicated by institutional guidelines, which may include obtaining blood cultures and administering broad-spectrum antibiotics.
Pulse
Pulse rates of 60 to 80 beats per minute (bpm) at rest are normal during the first week after birth (puerperal bradycardia).
Puerperal bradycardia is a common and expected finding in the early postpartum period. This is due to several physiological adaptations that occur after delivery.
After giving birth, there is an increase in intravascular volume.
During pregnancy, the woman's blood volume increases significantly to support the growing fetus. After delivery, this expanded blood volume is no longer needed, leading to an increase in intravascular volume.
Increased stroke volume causes decreased heart rate.
The increase in intravascular volume leads to a higher stroke volume (the amount of blood pumped by the heart with each beat). To maintain cardiac output (the total amount of blood pumped per minute), the heart rate decreases.
This is an efficient adaptation that reduces the workload on the heart.
Tachycardia suggests anxiety, excitement, fatigue, pain, excessive blood loss or delayed hemorrhage, infection, or cardiac problems.
Tachycardia (a heart rate above 100 bpm) is not a normal finding in the postpartum period and warrants further investigation. It can be an early sign of various complications, including:
Anxiety and excitement: These can temporarily increase heart rate.
Fatigue: Exhaustion can strain the cardiovascular system.
Pain: Postpartum pain can elevate heart rate.
Excessive blood loss or delayed hemorrhage: These conditions reduce blood volume, causing the heart to beat faster to compensate.
Infection: Infections can trigger an inflammatory response that increases heart rate.
Cardiac problems: Pre-existing heart conditions can be exacerbated by the physiological changes of pregnancy and delivery.
Pulse rate higher than 100 bpm warrants further investigation.
If the pulse rate is above 100 bpm, the nurse should:
Assess the woman for other signs and symptoms, such as:
Shortness of breath
Chest pain
Dizziness
Excessive bleeding
Fever
Pain
Review the woman's medical history for any pre-existing conditions or risk factors.
Notify the health care provider of the elevated pulse rate and any associated findings.
Implement interventions as prescribed by the health care provider, such as:
Administering oxygen
Providing pain relief
Initiating fluid resuscitation
Ordering further diagnostic tests
Respirations
Respiratory rates should be within the normal range of 12 to 20 breaths per minute at rest. Significant deviations from this range necessitate further evaluation to identify potential underlying causes.
Pulmonary function typically returns to the prepregnant state after childbirth. This involves the restoration of normal lung volumes, gas exchange efficiency, and respiratory muscle function to pre-pregnancy levels.
Any change in respiratory rate outside the normal range indicates potential complications, including:
Pulmonary Edema: Characterized by fluid accumulation in the lungs, leading to symptoms such as shortness of breath, wheezing, and persistent coughing. Pulmonary edema may arise from conditions like cardiac disease, preeclampsia, or fluid overload.
Atelectasis: A condition involving the collapse of a lung segment, often associated with epidural anesthesia side effects, potentially leading to reduced oxygen exchange and an increased risk of respiratory infections. Risk factors may include prolonged immobility, ineffective coughing, or preexisting respiratory conditions.
Pulmonary Embolism: Occurs when a blood clot obstructs pulmonary arteries, impairing blood flow to the lungs and potentially causing sudden dyspnea, chest pain, and cardiovascular compromise. Risk factors encompass hypercoagulability during pregnancy, venous stasis, and endothelial injury.
Nursing interventions to address respiratory complications include:
Continuous monitoring of respiratory rate, effort, and oxygen saturation levels.
Positioning the patient in a semi-Fowler's position to enhance lung expansion and ventilation.
Administering supplemental oxygen to maintain adequate oxygenation levels.
Encouraging deep breathing and coughing exercises to prevent atelectasis.
Providing emotional support and reassurance to alleviate patient anxiety.
Administering medications as prescribed to manage underlying conditions such as pulmonary edema or thromboembolic disorders.
Nurses must promptly report any abnormal respiratory findings to the healthcare provider, as they may indicate serious underlying conditions requiring immediate intervention.
Lungs should be clear on auscultation, without adventitious breath sounds such as wheezes, crackles, or diminished breath sounds.
Adventitious sounds may indicate underlying respiratory pathology. Absent or decreased breath sounds may suggest conditions such as pneumothorax or pleural effusion. Auscultation of the lungs helps assess the presence of normal breath sounds, which should be clear and audible in all lung fields. The absence of adventitious sounds is crucial for confirming the absence of respiratory complications. Any deviation from normal breath sounds may warrant further investigation and potentially indicate the need for additional diagnostic testing or intervention.
Blood Pressure
Assess blood pressure and compare with the woman's usual range.
Review the woman's prenatal record to establish her baseline blood pressure readings during pregnancy. This helps in identifying any deviations from the norm in the postpartum period and provides a reference point for assessing blood pressure changes.
Consider factors such as pre-existing hypertension, gestational diabetes, or other medical conditions that may affect blood pressure readings. Document any relevant medical history that could impact blood pressure monitoring.
Blood pressure should remain the same as during labor immediately after childbirth.
Physiological Stability: Immediately after childbirth, blood pressure generally remains consistent with levels during labor, reflecting the body's initial adaptation to the non-pregnant state and indicating cardiovascular stability. However, transient fluctuations may occur due to hormonal shifts and fluid redistribution.
An increase could indicate gestational hypertension, while a decreased could indicate shock or orthostatic hypotension.
Gestational Hypertension: An elevated blood pressure may signal gestational hypertension or postpartum preeclampsia, conditions that require vigilant monitoring and potential intervention to prevent complications such as seizures or stroke. Assess for associated symptoms such as headache, visual changes, epigastric pain, and hyperreflexia. Report any signs of preeclampsia immediately.
Shock or Orthostatic Hypotension: Conversely, a decrease in blood pressure could indicate hypovolemic shock (potentially due to postpartum hemorrhage) or orthostatic hypotension (related to fluid shifts, blood loss, or medication side effects), necessitating prompt assessment and management to ensure adequate tissue perfusion and prevent adverse outcomes. Differentiate between these conditions through careful assessment of other vital signs, fluid balance, and bleeding patterns.
Consider alternative causes of hypotension, such as pain, anxiety, or vasovagal response. Assess for associated symptoms such as dizziness, lightheadedness, and diaphoresis. Implement appropriate interventions to address these underlying causes.
Blood pressure readings should not be higher than 140/90 mm Hg or lower than 85/60 mm Hg.
Thresholds for Concern: Blood pressure readings exceeding 140/90 mm Hg (systolic) or falling below 85/60 mm Hg (diastolic) warrant immediate attention and further evaluation to determine the underlying cause and guide appropriate management strategies. Escalate concerns to the appropriate healthcare provider for further assessment and potential intervention.
Note the importance of accurate blood pressure measurement techniques, including proper cuff size and positioning, to ensure the validity of these threshold values.
Assess blood pressure with the woman in the same position every time.
Standardized Measurement: Consistent positioning (such as sitting, supine, or lateral) during blood pressure assessment is essential to minimize variability and ensure accurate interpretation of readings. Document the position used for each measurement to maintain consistency.
Ensure the woman is relaxed and comfortable during blood pressure measurement to minimize anxiety-related elevations. Allow for a period of rest before taking the measurement.
Use the correct cuff size (based on arm circumference) to ensure accurate blood pressure readings. An improperly sized cuff can lead to falsely elevated or reduced blood pressure readings.
Be alert for orthostatic hypotension.
Postural Considerations: Orthostatic hypotension, characterized by a sudden drop in blood pressure upon standing, is a potential concern in the postpartum period due to changes in blood volume and vascular tone. Assess by measuring blood pressure and heart rate in both supine and standing positions and noting any significant changes. Document the degree of blood pressure drop and associated symptoms.
Advise the woman to change positions slowly, especially when getting out of bed or rising from a seated position, to minimize the risk of falls or dizziness.
Encourage adequate hydration to maintain blood volume and prevent orthostatic hypotension. Provide information about the importance of fluid intake and educate the woman on signs of dehydration.
Interventions:
Notify Physician or Midwife:
If blood pressure readings fall outside the predetermined parameters or if the woman exhibits concerning symptoms, promptly notify the physician or midwife for further evaluation and management. Provide a detailed report of vital signs, associated symptoms, and relevant medical history to facilitate informed clinical decision-making.
Administer Medications:
Administer antihypertensive medications (such as labetalol, hydralazine, or nifedipine) as prescribed for elevated blood pressure, following established protocols and guidelines. Monitor the woman's response to treatment, assess for adverse effects, and adjust dosages as needed to achieve target blood pressure control.
Provide Education:
Educate the woman about the importance of adhering to medication regimens, monitoring her blood pressure at home if appropriate, and recognizing warning signs of complications. Provide written instructions on medication administration, potential side effects, and when to seek medical attention. Emphasize the importance of follow-up appointments and blood pressure monitoring to ensure ongoing management and prevent adverse outcomes. Additionally, counsel the woman on lifestyle modifications, such as dietary changes and exercise, to support long-term blood pressure control.
Blood pressure should remain the same as during labor immediately after childbirth.
An increase could indicate gestational hypertension, while a decreased could indicate shock or orthostatic hypotension.
Blood pressure readings should not be higher than 140/90 mm Hg or lower than 85/60 mm Hg.
Assess blood pressure with the woman in the same position every time.
Be alert for orthostatic hypotension.
Pain
Assess pain along with the other vital signs.
Question the woman about the type, location and severity of pain. Have the woman rate the pain using a numeric scale from 0 to 10 points.
Nursing care should focus on providing comfort measures as well as pre mediating the woman routinely for afterbirth pains in order to have the woman's pain scale rating maintained between 0 to 2 points at all times (especially after breastfeeding).
If the woman has severe pain in the perineal region despite use of physical comfort measures, check for a hematoma by inspecting and palpating the area. If one is found, notify the health care provider immediately.
Physical Examination
Physical examination focuses on assessing breasts, uterus, bladder, bowels, lochia, episiotomy/perineum and epidural site, and extremities. Use the BUBBLE-EE acronym. It is important to provide patient privacy, explain each step of the examination, and ensure all equipment is clean and ready.
Breasts: Assessing for engorgement, nipple eversion, and signs of mastitis.
Uterus: Evaluating fundal height, position, and tone to ensure proper involution.
Bladder: Monitoring urinary output, assessing for urinary retention, and evaluating for signs of urinary tract infection.
Bowels: Assessing bowel sounds, monitoring for constipation, and promoting regular bowel movements.
Lochia: Evaluating the amount, color, and odor of lochia to assess for hemorrhage or infection.
Episiotomy/Perineum: Assessing the perineum for edema, ecchymosis, hematoma, and signs of infection; evaluating episiotomy or laceration repair.
Epidural Site: As previously mentioned, inspecting the insertion site for complications.
Extremities: Assessing for edema, warmth, redness, and pain to identify potential thromboembolic disorders.
Vital Signs: Regular monitoring of temperature, pulse, respiration, and blood pressure to detect any deviations from the norm.
Frequency of vital sign assessment is based on hospital protocols and individual patient needs, with more frequent monitoring in the immediate postpartum period and for women with risk factors for complications. Elevated temperature may indicate infection, while hypotension or tachycardia could suggest hemorrhage. Careful attention to trends in vital signs is essential for early detection of potential problems.
Pain Level: Assessment of pain intensity and location to provide effective pain management.
Utilizing a standardized pain scale (e.g., numeric rating scale) allows for objective measurement and tracking of pain levels. Assessment includes evaluating pain associated with uterine contractions (afterpains), perineal trauma (episiotomy or lacerations), cesarean incision, and breastfeeding. Effective pain management strategies include pharmacologic interventions (analgesics) and non-pharmacologic measures (ice packs, positioning).
Epidural Site Inspection: Examination of the epidural insertion site for signs of infection or complications.
Assessment of the epidural site includes inspecting for redness, swelling, drainage, or hematoma formation. Patients should be assessed for sensory and motor function return following epidural removal, and any neurological deficits should be promptly reported. Proper site care and patient education are essential to prevent infection.
During the postpartum assessment, nurses must remain vigilant for any danger signs that may indicate a serious complication. Prompt notification of the healthcare provider is crucial to ensure timely intervention and prevent adverse outcomes.
Breasts
Inspect the breasts for size, contour, asymmetry, engorgement, or erythema.
Perform a visual inspection of both breasts to assess their overall size and shape. Note any asymmetry or irregularities in contour. Observe for signs of engorgement, such as swelling, firmness, and tenderness. Assess the skin for erythema (redness), which may indicate inflammation or infection. Document all findings in the patient's chart.
Check the nipples for cracks, redness, fissures, or bleeding, and note whether they are erect, flat, or inverted.
Carefully examine the nipples for any signs of trauma, such as cracks, redness, fissures (small tears), or bleeding. These findings may indicate improper latch during breastfeeding. Assess nipple shape and note whether they are erect (protrude easily), flat (neither protruding nor inverted), or inverted (retract inward). Document nipple characteristics in the patient's chart.
Flat or inverted nipples can make breastfeeding challenging.
Educate the woman about techniques to help draw out flat or inverted nipples, such as using a breast pump or performing nipple rolling exercises. Refer her to a lactation consultant for further assistance and support.
Cracked, blistered, fissured, bruised, or bleeding nipples generally indicate improper positioning on the breast.
Provide guidance on proper latch techniques to ensure effective milk transfer and prevent nipple trauma. Observe a breastfeeding session to assess latch and positioning. Encourage the woman to break the suction and reposition the infant if she experiences pain or discomfort.
Palpate the breasts lightly to ascertain if they are soft, filling, or engorged, and document findings.
Gently palpate each breast to assess its consistency and determine whether it is soft (not producing milk yet), filling (milk production is starting), or engorged (overfilled with milk). Document findings in the patient's chart, noting the presence of any tenderness or discomfort during palpation.
For women who are not breastfeeding, use a gentle, light touch to avoid breast stimulation.
Instruct the woman to avoid manual breast stimulation and prolonged warm showers, as these can promote milk production. Provide information on supportive bra options to minimize discomfort from engorgement.
Lactogenesis (onset of milk secretion) is triggered by the delivery of the placenta, resulting in falling levels of estrogen and progesterone & continued presence of prolactin.
Explain the hormonal changes that occur after delivery and their role in initiating milk production. Discuss the importance of frequent breastfeeding or pumping to establish and maintain an adequate milk supply.
If not breastfeeding, prolactin levels fall and return to normal within 2 to 3 weeks.
Discuss options for suppressing lactation, such as wearing a supportive bra, applying ice packs, and taking mild analgesics for pain relief. Emphasize that milk production will gradually decrease over time without breastfeeding or pumping.
As milk starts to come in, breasts become firmer ("filling"). Engorged breasts are hard, tender, and taut.
Educate the woman about measures to relieve engorgement, such as frequent breastfeeding or pumping, warm compresses before feeding, and cold compresses after feeding. Recommend gentle breast massage to promote milk flow and reduce discomfort.
Palpate for nodules, masses, or areas of warmth, which may indicate a plugged duct that may progress to mastitis.
Instruct the woman on how to perform self-breast exams to identify any abnormalities. Explain the signs and symptoms of mastitis, such as fever, localized breast pain, redness, and warmth. Encourage her to seek medical attention if she suspects mastitis.
Describe any discharge from the nipple (not colostrum or foremilk).
Assess the color, consistency, and odor of any nipple discharge. Report any abnormal findings, such as bloody or purulent discharge, to the healthcare provider for further evaluation.
Breast milk matures over the first week, containing all necessary nutrients.
Provide information on the changing composition of breast milk and its nutritional benefits for the infant. Discuss the importance of a balanced maternal diet to ensure optimal milk quality.
Breast milk continues to change throughout breastfeeding to meet the infant's changing demands.
Explain how the volume and composition of breast milk adjust according to the infant's age and needs. Emphasize the importance of breastfeeding on demand to allow the infant to regulate milk intake and promote healthy growth and development.
Interventions:
Education:
Educate the woman about the normal changes that occur in the breasts during the postpartum period.
Explain the importance of proper breastfeeding technique to prevent nipple trauma.
Instruct the woman
Check the nipples for cracks, redness, fissures, or bleeding, and note whether they are erect, flat, or inverted.
Flat or inverted nipples can make breastfeeding challenging.
Cracked, blistered, fissured, bruised, or bleeding nipples generally indicate improper positioning on the breast.
Palpate the breasts lightly to ascertain if they are soft, filling, or engorged, and document findings.
For women who are not breastfeeding, use a gentle, light touch to avoid breast stimulation.
Lactogenesis (onset of milk secretion) is triggered by the delivery of the placenta, resulting in falling levels of estrogen and progesterone & continued presence of prolactin.
If not breastfeeding, prolactin levels fall and return to normal within 2 to 3 weeks.
As milk starts to come in, breasts become firmer ("filling"). Engorged breasts are hard, tender, and taut.
Palpate for nodules, masses, or areas of warmth, which may indicate a plugged duct that may progress to mastitis.
Describe any discharge from the nipple (not colostrum or foremilk).
Breast milk matures over the first week, containing all necessary nutrients.
Breast milk continues to change throughout breastfeeding to meet the infant's changing demands.
Uterus
Assess the fundus (top portion of the uterus) to determine the degree of uterine involution.
Have the woman empty her bladder before assessing the fundus. A full bladder can displace the uterus and interfere with accurate assessment and uterine contraction.
Auscultate bowel sounds prior to uterine palpation. Palpation can stimulate bowel activity, so auscultation beforehand provides a more accurate assessment of baseline bowel function.
For cesarean births with PCA pumps, instruct the client to self-medicate prior to fundal assessment. This ensures the woman is comfortable during the assessment, as it can be painful, especially after a cesarean birth. Allow adequate time for the medication to take effect before starting the assessment.
Use a two-handed approach with the woman in the supine position with her knees flexed slightly and the bed in a flat position or as low as possible. One hand stabilizes the lower uterine segment while the other palpates the fundus. This position promotes relaxation of the abdominal muscles and provides better access to the uterus.
The fundus should be midline and firm. A boggy or relaxed uterus is a sign of uterine atony (loss of muscle tone). Gently massage the uterus if it is not firm.
Uterine atony may be the result of bladder distention or retained placental fragments, both of which predispose the woman to hemorrhage. If the uterus does not become firm with massage, investigate further for these potential causes.
Once the fundus is located, place your index finger on the fundus and count the number of fingerbreadths between the fundus and the umbilicus (1 fingerbreadth is approximately equal to 1 cm). This helps quantify the level of the fundus in relation to the umbilicus.
After birth, the fundus is typically between the umbilicus and the symphysis pubis. Immediately after delivery, the fundus is usually palpable at or near the level of the umbilicus.
6 to 12 hours postpartum, the fundus is usually at the level of the umbilicus. This is a normal finding as the uterus begins to contract and descend.
If fundal height is above the umbilicus, investigate immediately to prevent excessive bleeding. A high fundal height can indicate uterine atony or retained placental fragments.
If the woman's bladder is full, ask the woman to empty her bladder and reassess the uterus again. A full bladder can displace the uterus and prevent it from contracting properly.
Normally, the fundus progresses downward at a rate of 1 cm per day after childbirth and should be nonpalpable by 10 to 14 days postpartum. This indicates that uterine involution is progressing as expected.
By day 14, the uterus has descended below the rim of the symphysis pubis and is no longer palpable. If the uterus is still palpable, further investigation is needed.
On the first postpartum day, the top of the fundus is located 1 cm below the umbilicus and is recorded as u/1.
On the second postpartum day, the fundus would be 2 cm below the umbilicus and should be recorded as u/2.
Health care agencies differ according to how fundal heights are charted, so follow their protocols for this. Always adhere to institutional guidelines for documentation.
If the fundus is not firm, gently massage the uterus
Have the woman empty her bladder before assessing the fundus.
Auscultate bowel sounds prior to uterine palpation.
For cesarean births with PCA pumps, instruct the client to self-medicate prior to fundal assessment.
Use a two-handed approach with the woman in the supine position with her knees flexed slightly and the bed in a flat position or as low as possible.
The fundus should be midline and firm. A boggy or relaxed uterus is a sign of uterine atony (loss of muscle tone).
Uterine atony may be the result of bladder distention or retained placental fragments, both of which predispose the woman to hemorrhage.
Once the fundus is located, place your index finger on the fundus and count the number of fingerbreadths between the fundus and the umbilicus (1 fingerbreadth is approximately equal to 1 cm).
After birth, the fundus is typically between the umbilicus and the symphysis pubis.
6 to 12 hours postpartum, the fundus is usually at the level of the umbilicus.
If fundal height is above the umbilicus, investigate immediately to prevent excessive bleeding.
If the woman's bladder is full, ask the woman to empty her bladder and reassess the uterus again.
Normally, the fundus progresses downward at a rate of 1 cm per day after childbirth and should be nonpalpable by 10 to 14 days postpartum.
By day 14, the uterus has descended below the rim of the symphysis pubis and is no longer palpable.
On the first postpartum day, the top of the fundus is located 1 cm below the umbilicus and is recorded as u/1.
On the second postpartum day, the fundus would be 2 cm below the umbilicus and should be recorded as u/2.
Health care agencies differ according to how fundal heights are charted, so follow their protocols for this.
If the fundus is not firm, gently massage the uterus using a circular motion until it becomes firm.
Bladder
Considerable diuresis—as much as 3,000 mL/day—begins within 12 hours after childbirth and continues for several days. A single voiding may be 500 mL or more.
By 21 days postpartum, the diuresis is usually complete.
Many postpartum women do not sense the need to void even if their bladder is full.
In this situation, the bladder can become distended and displace the uterus upward and to the side, which prevents the uterine muscles from contracting properly and can lead to excessive bleeding.
Postpartum urinary retention is defined as the inability to empty the bladder within 6 hours after a vaginal birth.
Urinary retention as a result of decreased bladder tone and emptying can lead to urinary tract infections and postpartum hemorrhage.
It is imperative that nurses monitor clients for signs of urinary tract infections, including fever, urinary frequency and/or urgency, difficult or painful urination, and tenderness over the costovertebral angle.
Women who received regional anesthesia during labor are at risk for urinary tract infections due to continuous urinary catheterization. They also experience difficulty voiding and loss of sensation and must wait until it returns to feel a full bladder which might be several hours after childbirth.
Assess for voiding problems by asking the woman the following questions:
Have you (voided, urinated, gone to the bathroom) yet?
Have you noticed any burning or discomfort with urination?
Do you have any difficulty passing your urine?
Do you feel that your bladder is empty when you finish urinating?
Do you have any signs of infection such as urgency, frequency, or pain?
Are you able to control the flow of urine by squeezing your muscles?
Have you noticed any leakage of urine when you cough, laugh, or sneeze?
Assess the bladder for distention and adequate emptying after efforts to void. Palpate the area over the symphysis pubis. If empty, the bladder is not palpable. Palpation of a rounded mass suggests bladder distention. Also percuss the area; a full bladder is dull to percussion. If the bladder is full, lochia drainage will be more than normal because the uterus cannot contract to suppress the bleeding.
Note the location and condition of the fundus; a full bladder tends to displace the uterus up and to the right.
After the woman voids, palpate and percuss the area again to determine adequate emptying of the bladder.
If the bladder remains distended, the woman may be retaining urine in her bladder, and measures to initiate voiding should be instituted.
Be alert for signs of infection, including infrequent or insufficient voiding (less than 200 mL), discomfort, burning, urgency, or foul-smelling urine.
Document all urine output.
Bowels
Constipation is a common gastrointestinal symptom in postpartum mothers.
The etiology of postpartum constipation is multifactorial.
Local pelvic floor trauma, taking pain medications, lack of dietary fiber, fluids, and infant care all contribute to constipation.
Spontaneous bowel movements may not occur for 1 to 3 days after giving birth because of a decrease in muscle tone in the intestines as a result of elevated progesterone levels.
Normal patterns of bowel elimination usually return within a week after birth.
Often women are hesitant to have a bowel movement due to pain in the perineal area resulting from an episiotomy, lacerations, or hemorrhoids.
Inspect the woman's abdomen for distention, auscultate for bowel sounds in all four quadrants prior to palpating the uterine fundus, and palpate for tenderness.
Abdomen typically is soft, nontender, and nondistended. Bowel sounds are present in all four quadrants.
Normal assessment findings are active bowel sounds, passing gas, and a nondistended abdomen.
Lochia
Assess lochia in terms of amount, color, odor, and change with activity and time.
Ask how many perineal pads have been used in the past 1 to 2 hours and how much drainage was on each pad.
Lochia has a definite musky scent, with an odor similar to that of menstrual flow without any large clots (fist size).
Foul-smelling lochia suggests an infection, and large clots suggest poor uterine involution.
Lochia flow increases when the woman gets out of bed and when she breastfeeds.
A woman who saturates a perineal pad within 30 to 60 minutes is bleeding much more than one who saturates a pad in 2 hours.
Typically, the amount of lochia is described as:
Scant: a 1- to 2-in lochia stain on the perineal pad or approximately a 10-mL loss
Light or small: an approximately 4-in stain or a 10- to 25-mL loss
Moderate: a 4- to 6-in stain with an estimated loss of 25 to 50 mL
Large or heavy: a pad is saturated within 1 hour after changing it
The total volume of lochial discharge varies in women based on their parity, but the amount decreases daily.
Check under the woman by turning her to either side to make sure additional blood is not hidden and not absorbed on her perineal pad.
Report any abnormal findings, such as heavy, bright red lochia with large tissue fragments or a foul odor.
If excessive bleeding occurs, the first step would be to massage the boggy fundus until it is firm to reduce the flow of blood.
Document all findings.
Women who had cesarean births will have less lochia discharge than those who had vaginal births, but stages and color changes remain the same.
Although the woman's abdomen will be tender after surgery, the nurse must palpate the fundus and assess the lochia to make sure they are within the normal range and that there is no excessive bleeding.
Anticipatory guidance to give the woman at discharge should include information about lochia and the expected changes.
Urge the woman to notify her health care provider if lochia rubra returns after the serosa and alba transitions have taken place.
Lochia is an excellent medium for bacterial growth. Explain to the woman that frequent changing of perineal pads, continued use of her peribottle for rinsing her perineal area, and hand hygiene before and after pad changes are important infection control measures.
Episiotomy/Perineum and Epidural Site
Position the woman on her side with her top leg flexed upward at the knee and drawn up toward her waist when assessing this area.
Inspect the episiotomy for irritation, ecchymosis, tenderness, or hematomas and also assess hemorrhoids and their condition.
During the early postpartum period, the perineal tissue surrounding the episiotomy is typically edematous and slightly bruised.
The normal episiotomy site should not have redness, discharge, or edema.
The majority of healing takes place within the first 2 weeks, but it may take 4 to 6 months for the episiotomy to heal completely.
Lacerations sustained during the birthing process also need to be assessed to determine their healing status. Lacerations are classified based on severity and tissue involvement:
First-degree laceration: involves only skin and superficial structures above muscle
Second-degree laceration: extends through perineal muscles
Third-degree laceration: extends through the anal sphincter muscle
Fourth-degree laceration: continues through anterior rectal wall
Assess the episiotomy and any lacerations at least every 8 hours to detect hematomas or signs of infection.
Large areas of swollen, bluish skin with complaints of severe pain in the perineal area indicate pelvic or vulvar hematomas.
Swelling or discharge may indicate infection. Both findings need to be reported immediately.
A white line running the length of the episiotomy is a sign of infection.
Severe, intractable pain, perineal discoloration, and ecchymosis indicate a perineal hematoma (potentially dangerous condition).
Report any unusual findings.
Ice can be applied to relieve discomfort and reduce edema; sitz baths also can promote comfort and perineal healing.
If the woman has had an epidural during labor, assessment of the epidural wound site is important as well as checking for any side effects of the medication injected such as itching, nausea and vomiting, or urinary retention. Visual inspection of the epidural site and an accurate documentation of intake and output are essential.
Extremities
Pregnancy is associated with an increased risk of venous thromboembolism (VTE), which includes pulmonary embolism (PE) and deep vein thrombosis (DVT).
During pregnancy, the state of hypercoagulability protects the mother against excessive blood loss during childbirth and placental separation.
This hypercoagulable state can increase the risk of thromboembolic disorders during pregnancy and postpartum.
Three factors predispose women to thromboembolic disorders during pregnancy: stasis, altered coagulation, and localized vascular damage.
Pulmonary embolism occurs in up to three per 1,000 births and is a major cause of maternal mortality.
A PE typically results from a dislodged DVT in the lower extremities.
Risk factors associated with thromboembolic conditions include:
Anemia
Diabetes mellitus
Cigarette smoking
Obesity
Preeclampsia
Hypertension
Severe varicose veins
Pregnancy
Multiple pregnancies
Cardiovascular diseas
Sickle cell disease
Postpartum hemorrhage
Oral contraceptive use
Cesarean birth
Severe infection
Previous thromboembolic disease
Multiparity
Bed rest or immobility for 4 days or more
Maternal age older than 35
Because of the subtle presentation of thromboembolic disorders, the physical examination may not be enough to detect them.
When DVT progresses to PE, it may do so without any signs or symptoms until the woman presents with hypotension or syncope.
Dyspnea and chest pain are the most common symptoms that should prompt further evaluation.
An accurate diagnosis of PE is needed because it requires prolonged therapy (at least 9 months of heparin after pregnancy), prophylaxis during future pregnancies, and avoidance of oral contraceptive pills.
The woman may report lower extremity tightness or aching when ambulating that is relieved with rest and elevation of the leg.
Women with an increased risk for this condition during the postpartum period should wear antiembolism or graduated compression stockings or use sequential compression devices to reduce the risk of venous stasis by preventing blood from pooling in the calves of the legs.
Encouraging the client to ambulate after childbirth reduces the incidence of thrombophlebitis.
Psychosocial Assessment
Psychosocial assessment focuses on emotional status and bonding and attachment.
Emotional Status
Assess emotional status by observing family interactions, independence, energy levels, eye contact with the infant (within cultural context), posture, comfort holding the newborn, and sleep/rest patterns.
Be alert for mood swings, irritability, or crying episodes.
Bonding and Attachment
Nurses can promote attachment by assessing attachment behaviors (positive and negative) and intervening appropriately.
Identify any family discord that might interfere with the attachment process.
Mothers from different cultures may behave differently.
Do not assume behavior different from the predominant culture is wrong.
EVIDENCE-BASED PRACTICE 16.1 - Graduated Compression Stockings for Prevention of Deep Vein Thrombosis This study confirmed that graduated compression stockings were effective in reducing the risk of DVT in hospitalized clients and potentially a PE when clinically appropriate. Nurses can apply this information to high-risk clients to make sure they wear them and the reasons behind them.
Meeting the newborn for the first time after birth can be an exhilarating experience for parents.
Bonding is the close emotional attraction to a newborn by the parents that develops during the first 30 to 60 minutes after birth. It is unidirectional, from parent to infant.
It is thought that optimal bonding of the parents to a newborn requires a period of close contact within the first few minutes to a few hours after birth.
Bonding is a continuation of the relationship that began during pregnancy.
It is affected by socioeconomic status, family history, role models, support systems, cultural factors, and birth experiences.
The mother initiates bonding through caressing and other behaviors.
The infant's responses, such as body and eye movements, are a necessary part of the process.
During this initial period, the infant is in a quiet, alert state, looking directly at the person holding them.
The length of time necessary for bonding depends on the health of the infant and mother as well as the circumstances surrounding the labor and birth.
Attachment is the development of strong affection between an infant and a significant other (mother, father, sibling, and caregiver).
Attachment is reciprocal; both the significant other and the newborn exhibit attachment behaviors.
This tie between two people is psychological rather than biologic, and it does not occur overnight.
The attachment relationship formed between the infant and primary caregiver influences the child's view of the world and future relationships.
The process of attachment follows a progressive or developmental course that changes over time.
Attachment is an individualized and multifactorial process.
The newborn responds to the significant other by cooing, grasping, smiling, and crying.
Nurses can assess for attachment behaviors by observing the interaction between the newborn and the person holding them.
Maternal attachment begins during pregnancy as the result of fetal movement and maternal fantasies about the infant and continues through the birth and postpartum periods.
Attachment behaviors include seeking; physical caregiving behaviors; emotional attentiveness to the infant's needs; staying close to, touching, kissing, cuddling, and choosing the en face position (face-to-face) while holding or feeding the newborn; expressing pride in the newborn; and exchanging gratifying experiences with the infant.
Bonding is a vital component of the attachment process and is necessary in establishing parent-infant attachment and a healthy, loving relationship.
During this early period of acquaintance, mothers touch their infants in a characteristic manner and visually and physically "explore" their infants.
Generally, research on attachment has found that the process is similar for partners as for mothers, but the pace may be different.
When children have a secure, supportive, and sensitive relationship with the mother's partner, they are generally better adjusted than those who have a nonsupportive relationship.
Touch is a basic instinctual interaction between a parent and their infant and has a vital role in the infant's early development.
Maternal attachment begins during pregnancy as a result of fetal movement and maternal fantasies about the infant and continues through the birth and postpartum periods.
Critical Attributes of Attachment
Proximity refers to the physical and psychological experience of the parents being close to their infant (contact, emotional state, individualization).
Reciprocity is the process by which the infant's abilities and behaviors elicit parental response (complementary behavior, sensitivity).
Commitment refers to the enduring nature of the relationship (centrality and parent role exploration).
Positive and Negative Attachment Behaviors
Positive bonding behaviors include maintaining close physical contact; making eye-to-eye contact; speaking in soft, high-pitched tones; and touching and exploring the infant.
Nursing Interventions
In terms of postpartum hospital stays today, "less is more."
Research shows that mothers feel unprepared, uninformed, and unsupported during the postpartum period.
Nurses need to focus on pain and discomfort, immunizations, nutrition, activity and exercise, infant care, lactation instruction, discharge teaching, sexuality and contraception, and follow-up with the limited time they have with their clients.
As America is becoming more diverse, nurses must be prepared to care for childbearing families from various cultures.
Cultural humility helps nurses explore cultural competency as a process rather than an outcome.
Culturally humble care includes understanding traditional folk beliefs, involvement and support by family members, respect, presence of a significant other, breastfeeding and healthy eating, observing principles of hot and cold, avoiding postnatal sexual intercourse, and encouragement.
Nurses need to remember that childbearing practices and beliefs vary from culture to culture and to determine the client's preferences before intervening.
Cultural practices may include dietary restrictions, clothing choices, taboos, mental health activities, and the use of silence, prayer, or meditation.
A language barrier might interfere with communication, leading to reluctance to use health services.
Promoting Comfort
The postpartum woman may have discomfort and pain from a variety of sources.
Relieving the underlying problem is the first step in pain management.
Both nonpharmacologic and pharmacologic measures are often used in tandem.
NURSING CARE PLAN 16.1 Overview of the Postpartum Woman - Outcome Identification, Interventions & Analysis Nursing Altered Tissue Integrity, Acute Pain & Risk for Coping Impairment
Cultural Influences during the Postpartum Period - African American, Amish, Appalachian, Filipino American, Japanese American, Mexican American, Muslim, and Native American.
Applications of Cold and Heat
Cold: An ice pack is commonly the first measure used after a vaginal birth to relieve perineal discomfort from edema, an episiotomy, or a laceration. Ice packs are wrapped in a disposable covering or clean washcloth and are applied to the perineal area. Usually the ice pack is applied intermittently for 20 minutes and removed for 10 minutes.
Heat: The peribottle is a plastic squeeze bottle filled with warm tap water that is sprayed over the perineal area after each voiding and before applying a new perineal pad.
After the first 24 hours, a sitz bath with room temperature water may be prescribed and substituted for the ice pack to reduce local swelling and promote comfort for an episiotomy, perineal trauma, or inflamed hemorrhoids.
The use of hydrotherapy is the external use of any form of water for health promotion or treatment with varying temperatures, duration, and application sites.
TEACHING GUIDELINES 16.1 - Using a Sitz Bath
Topical Preparations
Several treatments may be applied topically for temporary relief of perineal pain and discomfort. One such treatment is a local anesthetic spray such as benzocaine topical.
Postpartum women are predisposed to hemorrhoid development due to pressure during vaginal birth, constipation, relaxation of the smooth muscles in vein walls, and impaired blood return, all related to increased pressure from the heavy gravid uterus.
Nonpharmacologic measures to reduce hemorrhoid discomfort include ice packs, ice sitz baths, and application of cool witch hazel pads.
The first few days of life are a critical period to facilitate breastfeeding and nipole care in order to minimize interferences and discomfort.
Nipple pain is the second most common reason for early weaning, exceeded only by insufficient milk supply.
Typically applying expressed breast milk to nipples and allowing it to dry has been suggested to reduce nipple pain.
Analgesics
Analgesics such as acetaminophen and oral nonsteroidal antiinflammatory drugs (NSAIDs) such as ibuprofen or naproxen are prescribed to relieve mild postpartum discomfort.
For moderate to severe pain, a narcotic analgesic such as codeine or oxycodone in conjunction with aspirin or acetaminophen may be prescribed.
Inform the woman that the drugs are secreted in breast milk. Nearly all medications that the mother takes are passed into her breast milk; however, mild analgesics (e.g., acetaminophen or ibuprofen) are considered relatively safe for breastfeeding mothers.
Assisting with Elimination
The bladder is edematous, hypotonic, and congested immediately postpartum.
A full bladder interferes with uterine contraction and may lead to hemorrhage.
Encourage the woman to void and using normal position.
If the woman has difficulty voiding, pouring warm water over the perineal area, hearing the sound of running tap water, blowing bubbles through a straw, drinking fluids, providing her with privacy, or placing her hand in a basin of warm water may stimulate voiding.
Constipation is one of the most common postpartum problems with many solutions.
Promoting Activity, Rest, and Exercise
The postpartum period is an ideal time to promote physical fitness, help women incorporate exercise into lifestyles, and encourage them to overcome barriers to exercise.
Postpartum fatigue is common during the early days after childbirth, and it may continue for weeks or months.
Be sure that the mother recognizes her need for rest and sleep and is realistic about her expectations.
For women, it affects the mother's relationships with significant others and her ability to fulfill household and child care responsibilities.
Recommend that the woman lose pregnancy weight by 6 months postpartum.
Although the average gestational weight gain is small (approximately 25 to 35 lb), excess weight gain and failure to lose weight after pregnancy are important predictors of long-term obesity.
A healthy woman with an uncomplicated vaginal birth can resume light exercise in the immediate postpartum period.
TEACHING GUIDELINES 16.2 - Postpartum Exercises - Abdominal Breathing, Head Lift, Modified Sit-Ups, Double Knee Roll, and Pelvic Tilt.
Preventing Stress Incontinence
Urinary incontinence is a condition that can occur in postpartum women due to weakened pelvic floor muscles. It's important for new mothers to engage in specific exercises aimed at strengthening these muscles, which can help prevent or reduce episodes of stress incontinence.
This includes Kegel exercises, which involve contracting and relaxing the pelvic floor muscles, and should be practiced regularly to achieve optimal results.
Other effective methods include maintaining a healthy weight, avoiding excessive lifting, and utilizing bladder training techniques to improve overall urinary control.
Additionally, incorporating lifestyle modifications such as hydration management and scheduling bathroom visits can further enhance bladder health and minimize the risk of incontinence.
Psychosocial Support: It's also crucial to provide emotional and psychological support to postpartum women, as urinary incontinence can affect their self-esteem and quality of life. Engaging them in support groups or counseling can help them cope with the condition more effectively. This multifaceted approach not only addresses the physical aspects of urinary control but also fosters a supportive environment where women feel empowered and understood in their recovery.
Education: Providing information about pelvic floor exercises and proper toileting techniques can further empower women to manage their urinary control effectively.
Additionally, educating them about the importance of adherence to treatment plans and follow-up appointments reinforces the significance of ongoing care in managing urinary incontinence. Guiding them through these practical steps equips women with the tools they need to regain confidence and enhances their overall well-being during the postpartum period.