8 Postpartum Hemorrhage Nursing Care Plans

Postpartum hemorrhage (PPH) is a cumulative blood loss of 1,000 mL or more with signs or symptoms of hypovolemia within 24 hours of birth, regardless of delivery route. After a vaginal delivery, treat any loss over 500 mL as abnormal (ACOG, 2017).

PPH is the fifth leading cause of maternal mortality in the United States and accounts for roughly 11-12% of maternal deaths. Globally it is the leading cause of maternal death.

Primary PPH happens within the first 24 hours after birth. Secondary PPH shows up after 24 hours and up to 12 weeks postpartum. Memorize the four T's, because they cover every cause you will meet on the floor: tone (uterine atony), trauma (lacerations, hematomas, uterine inversion or rupture), tissue (retained placental fragments), and thrombin (disseminated intravascular coagulation).

Nursing Care Plans and Management

Your job is to catch the bleed early and act before the client crashes. Early recognition and treatment decide the outcome. Track the amount of bleeding, the tone and position of the uterus, vital signs, and any early sign of shock.

Nursing Problem Priorities

• Control and manage bleeding
• Administer uterotonics and other ordered medications
• Manage pain and provide emotional support
• Monitor fluid balance
• Maintain wound care and hygiene
• Prevent infection

Nursing Assessment

Assess for the following subjective and objective data:

• Excessive or heavy vaginal bleeding that soaks through pads or clothing
• Large clots or passage of tissue from the vagina
• Hypotension, tachycardia
• Pallor
• Lightheadedness or dizziness
• Shortness of breath
• Abdominal pain or discomfort
• Decreased urine output
• Signs of shock: cold and clammy skin, weak pulse, altered mental status

Nursing Diagnosis

After assessment, form a nursing diagnosis that fits the client in front of you and your clinical judgment. Diagnostic labels are a framework, not the work. What matters is that your care plan targets this client's actual bleeding, fluid status, pain, and bonding needs.

Nursing Goals

Goals and expected outcomes may include:

• The client maintains balanced 24-hour intake and output.
• Lochia stays below one saturated perineal pad per hour.
• Fluid balance improves: good capillary refill, adequate urine output, normal skin turgor.
• Pulse, blood pressure, urine specific gravity, and neurologic signs stay within expected ranges, with no respiratory complications.
• Vital signs stay within the expected range.
• ABGs and hematocrit/hemoglobin stay within an acceptable level.
• Hormonal function returns to normal: adequate milk supply (as appropriate) and resumption of menstruation.
• The client states her individual causative and risk factors.
• Lochia is free from foul odor.
• Lab values stay within normal range.
• The client identifies effective pain relief methods and uses relaxation and diversional techniques.
• The client verbalizes relief from pain and discomfort.
• The parent expresses comfort with the parenting role and assumes responsibility for the infant's physical and emotional well-being.
• The parent demonstrates positive attachment behaviors and satisfying interaction with the infant.
• The client identifies healthy ways to handle anxiety, appears relaxed, and sleeps adequately.
• The client explains in simple terms the pathophysiology, signs and symptoms, and implications of her condition.
• The client identifies behaviors and lifestyle changes that support recovery.

Nursing Interventions and Actions

1. Maintaining Effective Cardiovascular Function and Preventing Shock

When blood volume drops, heart and respiratory rates climb to push oxygen and circulate what blood is left. Flow to nonessential organs shuts down to protect the heart and brain. As loss continues, perfusion to the brain and kidneys falls, urine output drops, and eventually stops. Catch it before it gets there.

Assess and record the amount, characteristics, and site of bleeding, including the stage of labor. The amount and the presence of clots drive your interventions. Bright red blood is arterial and points to genital tract lacerations. Dark red blood is venous and suggests superficial lacerations or birth canal varices. Spurts of blood with clots suggest partial placental separation or excessive cord traction. Blood that fails to clot or stay clotted points to coagulopathy such as DIC.

Count and weigh perineal pads, and preserve clots for the provider when possible. Distinguish saturated from merely used. Weighing pads before and after and subtracting is accurate: 1 g of weight equals roughly 1 mL of blood. Report saturation of a peripad within 15 minutes to 1 hour after delivery right away. Always turn the client on her side when checking for blood loss so you do not miss a pool collecting beneath her.

Assess lochia for color, quantity, and clots. Lochia rubra should be dark red. In the first few hours it should not exceed one saturated perineal pad per hour. Small clots are fine; large clots are not.

Assess uterine position and contractility. Tone tells you the status of the bleed. With atony, the flaccid muscle fibers cannot compress the vessels at the placental site, so it bleeds freely and often massively. Your best safeguard is to palpate the fundus frequently. It should stay firm. A firm fundus compresses the bleeding vessels.

Assess for additional PPH risk factors. Retained placental fragments, uterine or cervical lacerations, abnormal placental attachment, atony, and inadequate coagulation each change your management. Identify them early.

Monitor vital signs, including systolic and diastolic blood pressure, pulse, and heart rate. Check capillary refill, nail beds, and mucous membranes. Assess vitals every 15 minutes until stable. Tachycardia with hypotension means a considerable bleed, usually around 25% of total blood volume, or roughly 1,500 mL or more. Tachycardia is usually the first sign of hypovolemia. The first blood pressure change is a narrowing pulse pressure (falling systolic, rising diastolic). Pressure may keep dropping until it cannot be detected.

Assess for vulvar and vaginal hematoma. A hematoma is blood collected within the tissues, often from birth trauma, appearing as a bulging or purplish mass. A large one can produce concealed blood loss with severe pain, perineal or vaginal pressure, or inability to void. Small hematomas usually resolve on their own or with cold; larger ones may need incision and drainage.

Measure 24-hour intake and output. Watch for voiding difficulty. Urine output is a reliable gauge of blood loss, because the kidneys need adequate arterial flow and pressure to make urine. No urine suggests poor renal perfusion. Voiding trouble can also come from a hematoma high in the vagina pressing on the urethra.

Investigate persistent perineal pain or vaginal fullness. Apply counterpressure on labial or perineal lacerations. Hematomas often come from continued bleeding from birth canal lacerations. Severe perineal pain or a feeling of pressure between the legs warrants inspection. Depending on how much blood is in the tissues, the client may describe pressure in the vulva, pelvis, or rectum, and urination may be difficult or absent.

Measure hemodynamic parameters, including central venous pressure (CVP) or pulmonary artery wedge pressure (PAWP) if available. See Laboratory and Diagnostic Procedures.

Assess neurologic status and watch for behavioral changes or increasing irritability. These can be early signs of cerebral edema from fluid retention. Metabolic derangement can also cause lethargy and seizures.

Monitor for hypertension, tachycardia, and jugular vein distention. Elevated pressure suggests hypervolemia. Tachycardia can be a compensatory response to hypovolemia. A distended jugular vein points to volume overload.

Watch for dyspnea, and auscultate for stridor, rhonchi, or moist crackles. Circulatory overload and respiratory distress can follow excessive fluid replacement. Excess extravascular water in the lungs impairs gas exchange, reduces compliance, and increases the work of breathing.

Weigh the client regularly. Body weight is one of the most sensitive markers of volume status. Weigh daily on the same scale with the same clothing to track trends.

Monitor intake/output and urine specific gravity, and document. As fluid stabilizes, intake should approximate output. Specific gravity moves inversely to output: as kidney function improves, specific gravity falls. In a client with glomerular spasm from pregnancy-induced hypertension, output may stay low until extracellular fluid returns to circulation.

Review BUN and creatinine. See Laboratory and Diagnostic Procedures.

Run fluids through an infusion pump when possible. Pumps deliver IV fluids accurately and on time at a constant rate in mL/hour.

Massage a boggy uterus with one hand while anchoring above the symphysis pubis with the other. Have the client void first; an empty bladder prevents displacement and lets you assess tone accurately. Place one hand on the abdomen just above the symphysis to anchor the lower segment and the other around the fundus. Do not overdo it. Excessive massage tires the muscle and worsens atony. Once the uterus is firm, leave it alone but keep reassessing.

Apply an ice pack to a hematoma when indicated. Cold limits small hematomas, reduces blood flow, and numbs the area for comfort. Cover the pack with a towel to prevent thermal injury. Larger hematomas may need incision and drainage.

Use extreme caution with vaginal and rectal exams. They can worsen hemorrhage when lacerations or hematomas are present. Bimanual clot evacuation may be indicated: cup the fundus with one hand while a vaginal exam breaks down and expels clots, which helps uterotonics work by emptying the cavity.

Monitor clients with placenta accreta, gestational hypertension, or abruptio placenta for signs of DIC. Thromboplastin released during manual placental removal can trigger coagulopathy: continued vaginal bleeding, epistaxis, and oozing from incisions, gums, mucous membranes, and IV sites. With placenta accreta the placenta grows too deeply into the uterine wall; removing it can cause severe hemorrhage. Retained fragments left after separation also cause excessive bleeding and atony, and may require manual exploration.

Keep the client NPO while assessing her status. If a laceration repair needs general anesthesia, NPO prevents aspiration if mental status is impaired and surgery is required.

Maintain bed rest with legs elevated 20-30° and the trunk horizontal. Elevating the legs increases venous return and keeps more blood available to the brain and vital organs. Rest also slows bleeding.

Have the client sit when holding the infant and change position slowly. This guards against orthostatic hypotension and falls. Tell her to dangle her legs at the bedside before standing.

Monitor hemoglobin and hematocrit. See Laboratory and Diagnostic Procedures.

Monitor platelet count, activated partial thromboplastin time (APTT), fibrinogen, and fibrin degradation products (FDP). See Laboratory and Diagnostic Procedures.

Teach the client and family which signs to report urgently. A continuous trickle can cost more blood than the dramatic gush of atony. Teach what to expect from lochia and tell her to report persistent bright red bleeding or a return of red bleeding after it had turned pink or white. At home, report fever, persistent pain, or foul-smelling discharge. Teach her to palpate her own fundus and what normal changes look like.

Review blood typing and crossmatching before transfusion. Transfusion is often necessary in PPH. Most units type and crossmatch on admission to labor so blood can be matched fast.

Start IV fluids through an 18-gauge catheter or a central line. Begin with a balanced crystalloid (about 102 mL of crystalloid for every 1 mL of blood loss). In severe PPH, resuscitating with crystalloid produced a very low rate of fibrinogen depletion and coagulopathy when estimated loss was 1,400-2,000 mL.

Administer fresh whole blood or other blood products as indicated. See Pharmacologic Management.

Administer uterotonics (oxytocin [Pitocin], methylergonovine maleate [Methergine], prostaglandin F2a [Prostin 15M]). See Pharmacologic Management.

Administer antibiotics based on lochia culture and sensitivity as indicated. See Pharmacologic Management.

Insert an indwelling Foley catheter as ordered. It measures renal perfusion accurately, and an empty bladder corrects a common cause of atony. Catheterize if the client cannot void. After the uterus firms with massage, empty the bladder to keep it firm.

Prepare for surgical intervention if indicated. Options include uterine compression sutures, selective arterial ligation, and subtotal or total hysterectomy. These are last resorts because they affect future fertility. When bleeding persists despite uterotonics and conservative measures, surgery is recommended. It may include hematoma evacuation and ligation of a bleeding point, repair of a laceration or episiotomy extension, D&C, abdominal hysterectomy, or bilateral hypogastric artery ligation.

Assist with manual separation and removal of the placenta as indicated. Bleeding stops once fragments are out and the uterus contracts to close the venous sinuses. Removal is usually done by dilatation and curettage (D&C). Methotrexate may be ordered to destroy a retained fragment.

Replace or pack the uterus if inversion threatens to recur. Replacing the uterus lets it contract and close the venous sinuses. Inward compression with a balloon or packing decreases flow and supports clotting. Place the balloon manually, confirm position with ultrasound, then inflate with saline until compression stops the bleeding.

2. Promoting Effective Tissue Perfusion

Interrupted blood flow from PPH starves cells of oxygen and nutrients and stalls waste removal. Flow to nonessential organs shuts down to protect the heart and brain, and as loss continues, falling cerebral perfusion produces mental changes.

Monitor vital signs closely. If the uterus suddenly relaxes, expect an abrupt vaginal gush from the placental site. With heavy loss the client quickly shows hypovolemic shock: falling blood pressure; a rapid, weak, thready pulse; rapid shallow respirations; pale clammy skin; rising anxiety. With slow bleeding, pulse and pressure barely move at first, then the system decompensates suddenly, the pulse rises but weakens, and pressure drops sharply.

Monitor oxygen saturation. See Laboratory and Diagnostic Procedures.

Observe the color of nail beds, gums, tongue, and buccal mucosa, and note skin temperature. The body compensates for volume loss with sympathetic activation and peripheral vasoconstriction. That shunting away from the periphery produces cyanosis and cool skin.

Evaluate neurologic status and watch for behavioral changes. Altered mentation is an early sign of hypoxia. As cerebral perfusion falls, expect anxiety, confusion, and lethargy.

Monitor CBC and coagulation values before and after blood loss. Hemoglobin is consistently overestimated during active resuscitation, so keep it above 8 g/dL. Serial CBC and coagulation studies guide component therapy, but hemoglobin and hematocrit have little value in the initial resuscitation of acute hemorrhage.

Monitor arterial blood gases (ABGs) and pH. See Laboratory and Diagnostic Procedures.

Teach daily breast self-examination and inspect for changes in breast size and lactation. Sheehan's syndrome (postpartum hypopituitarism from pituitary necrosis after hemorrhagic shock) lowers prolactin, causing absent lactation and decreased breast tissue.

Lower the head of the bed and elevate the legs when the client is lying down or sitting. Trendelenburg and raised legs maximize venous return and help reach noncritical organs and tissues. Elevating the legs also empties superficial and tibial veins and reduces tissue swelling.

Raise the side rails if not contraindicated. Decreased cerebral perfusion can alter mental status; side rails help prevent falls in a confused or lethargic client.

Administer tranexamic acid as indicated. See Pharmacologic Management.

Administer blood and blood products as indicated. Give component therapy at a 1 PRBC:1 FFP or freeze-dried plasma ratio after the first 2 PRBCs. Use a blood warmer and transfuse rapidly. Up to 1L of FFP and 10 units of cryoprecipitate may be given empirically while coagulation results are pending.

Administer IV fluids as prescribed. The goal is to restore circulating volume and perfusion fast. Start with a large-volume crystalloid (normal saline 0.9%, Hartmann's solution, or lactated Ringer's) as a rapid bolus, 2L over 10 minutes. Use a pressure infusion device or blood pressure cuff to speed delivery.

Administer supplemental oxygen as indicated. Give oxygen by face mask at 10L/minute to keep saturation above 95%. If the client is not breathing, assist ventilation. Continue oxygen even with normal breathing and monitor saturation continuously.

Apply a non-pneumatic anti-shock garment (NASG) when advised. NASG is a lifesaving first-aid device in uncontrolled PPH. Correct application delivers 20-40 mmHg of pressure to the lower body, squeezing blood back into central circulation to supply the heart, brain, and lungs. Pressure on the fundus also reduces uterine blood supply and bleeding. It acts as an autotransfusion, useful for clients who decline blood (such as Jehovah's Witnesses), and reduces death at childbirth by 50%. The WHO recommends it in low-resource settings because it is cost-effective and reusable.

3. Infection Prevention and Control

Retained placental fragments necrotize and make an ideal bed for bacteria. Exploration of the uterus, intrauterine tamponade, and hysterectomy all introduce bacteria into the uterus and abdomen, so every invasive PPH procedure raises infection risk.

Assess fundal height to track involution. Subinvolution, a slower-than-expected return of the uterus to its nonpregnant state, is most often caused by infection or retained fragments. A fundal height higher than expected for the time since birth is a typical sign.

Assess lochial discharge. Persistent lochia rubra or stalled progression through the phases signals subinvolution from infection. Retained placenta or clots block lochial flow and raise infection risk. Dark brown, foul-smelling lochia indicates infection. It may increase with poor involution, but with high fever it can instead be scant or absent.

Monitor vital signs, especially temperature. A temperature over 100.4℉ (38℃) after the first 24 hours on two consecutive 24-hour periods may signal infection. Check for other signs of infection any time the temperature is elevated. An elevated temperature with a higher-than-expected pulse often means infection.

Assess the episiotomy or C-section wound. Use the REEDA criteria (redness, edema, ecchymosis, discharge, approximation). Report and document any redness, edema, heat, pain, suture line separation, purulent drainage, or hardening of the operative area.

Review WBC count, hemoglobin, and hematocrit. A postpartum WBC count normally rises to 20,000 to 30,000 cells/mm³ from the stress of labor, so an elevated WBC alone is not a reliable infection marker in the puerperium. Counts at the upper limits are more likely tied to infection than lower counts.

Ask about breastfeeding plans before starting antibiotics. Do not prescribe an antibiotic incompatible with breastfeeding to a nursing client. Warn her to watch for thrush (oral candidiasis) in the infant, which can occur when maternal antibiotic passes into breast milk.

Teach hand hygiene and safe handling of contaminated materials (dressings, peripads, linens). Hand hygiene is the primary defense against spread. Wear gloves with any blood or body fluid. Teach the client to wash before and after self-care that contacts secretions.

Teach proper perineal care. Wipe front to back so E. coli is not carried forward from the rectum. Wash hands and wear gloves for perineal care. Each client keeps her own perineal supplies and does not share them.

Teach the signs of infection and when to call the provider. Some clients develop infection after discharge. Teach temperature checks and warning signs: chills, loss of appetite, malaise, a uterus painful to touch, strong afterpains, and foul-smelling dark brown lochia. Report these promptly to prevent progression to septicemia.

Use aseptic technique for all wound care and invasive procedures. Anything introduced into the birth canal during labor, birth, or the postpartum period must be sterile, and standard precautions are essential.

Encourage high-protein, iron, and vitamin C-rich foods. Nutrition supports the client's defenses and healing. Protein (meats, cheese, milk, legumes) and vitamin C (citrus, strawberries, cantaloupe) aid healing. Iron-rich foods (meats, enriched cereals and bread, dark leafy greens) correct anemia.

Position the client in semi-Fowler's to drain infected lochia. Sitting upright or walking lets gravity drain lochia and prevents pooling of infected secretions. Wear gloves when changing perineal pads or bed linen, since all drainage is contaminated.

Remove vaginal packing as indicated. If an episiotomy line was opened to drain a hematoma, it may be left open and packed with gauze rather than resutured. Record the packing so it is removed in 24 to 48 hours. A line opened this way heals from the bottom up by tertiary intention and more slowly than a primary closure.

Obtain a gram stain or culture and sensitivity if lochia is odiferous or wound drainage is purulent. See Laboratory and Diagnostic Procedures.

Administer IV antibiotics as ordered. See Pharmacologic Management.

Administer oxytocic agents as prescribed. See Pharmacologic Management.

4. Promoting Adequate Pain Relief

Perineal hematomas and extensive lacerations drive the pain here. A hematoma forms when blood collects under intact skin from injured perineal vessels during birth, often at an episiotomy or repair site where a vein was punctured during suturing. Severe perineal pain or a feeling of pressure between the legs points to one.

Assess psychological sources of pain and discomfort. Fear and anxiety from the emergency raise the perception of pain. PPH carries real psychological fallout: in one study, 67% of 68 women had a negative experience after managing severe PPH.

Assess pain type, location, character, severity, and duration on a 0-10 scale. The Numerical Rating Scale gives enough options for precision while keeping the rating task simple, which guides diagnosis and treatment.

Assess the extent of perineal or vaginal lacerations. Lacerations of the cervix, vagina, or perineum are common PPH causes. Suspect one when bleeding continues despite a firm, contracted fundus. Bleeding may ooze, trickle, or frankly hemorrhage. An extensive laceration may need pain relief or anesthesia before repair.

Inspect the perineum for a hematoma. It appears as purplish discoloration with obvious swelling. It may feel fluctuant at first, then palpate as a firm, tender globe as tissue is drawn taut.

Assess fundal height regularly. Pelvic pain or heaviness is a typical sign of subinvolution and may also point to mild endometritis. Tell the client to report persistent pelvic pain.

Encourage relaxation and diversion. Guided imagery, deep breathing, back rubs, watching TV, or music can distract from pain and help the client manage it.

Apply an ice pack to the perineum for comfort. Cold limits small vulvar hematomas, reduces blood flow, and numbs the area.

Use a hot sitz bath or heat lamp for an episiotomy extension. Soaking the area in warm water for about 20 minutes several times a day keeps it clean, eases pain, and improves healing. It is also cost-effective once the client is home.

Encourage high-fiber foods and increased fluids to prevent constipation and straining. Episiotomy pain often worsens with postpartum constipation. Fiber (fruits, vegetables) adds bulk and softens stool so the client avoids straining on the suture line. Adequate fluids soften stool further.

Administer pain medication (analgesic, narcotic, or sedative) as prescribed. See Pharmacologic Management.

Administer laxatives for postpartum constipation as prescribed. See Pharmacologic Management.

Assist with repair of perineal lacerations. Lacerations are sutured like an episiotomy. Document the degree, because a third- or fourth-degree laceration needs extra precautions: no enema, no rectal suppository, and no rectal temperatures, since hard equipment tips can open sutures near the rectal sphincter.

Assist with incision and drainage of a large hematoma. Small hematomas resolve on their own. Larger ones may need incision and drainage, with the bleeding vessel ligated or the area packed with hemostatic material. If the episiotomy line is left open and packed, account for and record the gauze placed and removed in 24 to 48 hours.

5. Reducing Anxiety

PPH can be a dramatic, life-threatening event, often in the middle of extreme pain and obstetric intervention. The client may face real psychological distress that undermines her ability to cope, and her sense of the care she received shapes her recovery.

Assess the client's psychological response to the hemorrhage and her perception of events. Her view may be distorted and feed her anxiety. Common responses include disappointment, distress over memories, and ongoing distress. Many clients want more information about what to expect afterward and what support is available.

Assess physiological responses to the hemorrhage (restlessness, irritability, tachypnea, tachycardia, hypotension). Vital sign changes are physiologic but psychological factors can worsen them. Blood pressure and pulse shift under stress.

Orient the client and her partner to her status and the interventions performed. In one study, more than half of clients and partners were unaware of the PPH at the time. Explaining what happened, and how it affects future birth planning, gives them a sense of control and understanding of why procedures were done.

Encourage the client and family to name their anxiety. Putting feelings into words clarifies information, corrects misconceptions, lowers tension, and supports problem-solving. Unexpressed feelings build internal turmoil and damage self-image.

Stay with the client and stay calm. A calm, empathic, supportive presence helps the client and partner keep emotional control and feel secure. Anxiety transfers through voice and body language, so manage your own.

Explain the treatment plan, the effectiveness of interventions, and the purpose of tests and procedures. Accurate information lowers anxiety and grounds her in reality. Fear of an unknown diagnosis or prognosis only adds to distress.

Involve the partner in the plan of care. Partners report that lack of counseling leaves them powerless and unable to help. Bring them into teaching about what to expect after a severe complication.

Discuss post-discharge expectations. Talking through what comes after a life-threatening event helps the client and partner set realistic goals and avoid discouragement as recovery takes its time.

Allow rooming-in as early as possible. Separation from the baby is hard on both the client and the partner when she is moved to another area or the OR. Rooming-in improves bonding, builds confidence, and lowers psychological stress.

Provide a calm, restful environment. Removing outside stressors promotes relaxation and coping. Use intentional quiet time: dim the lights, post a "Do Not Disturb" sign, and limit the room to one support person so the client can bond and rest.

Encourage breastfeeding. Oxytocin during breastfeeding produces a sense of calm and connection, lowers blood pressure, raises the pain threshold, decreases plasma cortisol, and has anxiolytic and antidepressant effects.

Teach relaxation techniques to the client and partner. Visualization, deep breathing, and guided imagery help both feel calm and reduce fear after a life-threatening event.

Refer to a psychiatric clinical nurse specialist, social services, and spiritual support. The client and partner may need extra help to process the event and adjust to changes in lifestyle.

6. Initiating Patient Education and Health Teachings

Teach clients the signs of excessive bleeding, when to seek immediate care, and the value of followup. Cover self-care: hygiene, taking medications as directed, and getting enough rest and nutrition to recover.

Assess the client's knowledge, willingness, and ability to learn. This shapes an individualized plan and engages her in problem-solving. Factual information reduces anxiety, which otherwise blocks learning.

Talk and listen calmly, and leave time for questions. Clients especially want information about their likely emotional recovery and a clear explanation of what happened and what may have caused the hemorrhage.

Explain the predisposing factors and treatment tied to the cause of the bleed. Not having enough information to understand what happened is disempowering. Address both the informational and emotional need: what happened and, when possible, why.

Tell the client to report inability to breastfeed, fatigue, amenorrhea, loss of pubic or axillary hair, premature aging, and genital atrophy. These are signs of Sheehan's syndrome, caused by oxygen starvation and destruction of anterior pituitary cells, usually at childbirth and sometimes from septic shock or massive hemorrhage. It can cause premature aging, irreversible infertility, decreased resistance to infection, and increased shock risk.

Identify personal resources and support, and stress rest, healthy living, and pacing. Bleeding-related fatigue slows the return to normal activity. Inadequate sleep postpartum increases exhaustion, impatience, trouble concentrating, and risk of postpartum depression.

Explain the short-term implications of PPH. Interrupted mother-infant bonding and a delay in self-care and infant care are common. Naming them reduces anxiety and sets a realistic time frame. Many clients are unprepared for how long physical recovery takes.

Explain the long-term implications. Cover uterine atony, infertility if a hysterectomy is done, and the risk of PPH in future pregnancies. This lets the client make informed decisions and understand the implications for future pregnancies.

Discuss resumption of activities and individual restrictions. Start with light activity and frequent rest, increasing as tolerated. Expect fatigue at home and plan a gradual return; timing for return to work is individual. Strenuous activity intensifies fatigue and can delay healing.

Stress the importance of followup care. Followup visits surface questions, clear up misunderstandings, and catch developing complications. Consider PPH's effect on breastfeeding during these visits. Shorter hospital stays raise the chance of an acute PPH episode happening at home.

Refer to support groups as indicated. A hysterectomy support group or peers with similar experiences can offer information and a place to discuss feelings, which supports positive adaptation.

Note the client's and parent's perception of the situation and their concerns. Physical separation from the infant, shifting parental roles, and inability to protect the infant all feed feelings of sorrow, guilt, and inadequacy.

Evaluate attachment, bonding, and parenting capability once the client takes over infant care. Good communication, information, and cultural context build self-confidence, giving parents more control, a more realistic view of their infant, and fuller participation in care.

Discuss the client's view of infant care responsibilities and parenting roles. Knowing how she perceives these changes identifies learning needs. Emotional and psychological support builds parental confidence with the newborn.

Explain what led to the separation of mother and infant. Information reduces anxiety and helplessness about not being able to fill the expected role. The biggest source of parental stress during a hospitalization is disrupted attachment and uncertainty about how to help the newborn.

Provide community resources and followup referrals such as well-baby clinics and parenting classes. Information reduces anxiety, reinforces prior teaching, and promotes self-sufficiency and growth.

Encourage contact with the infant (photos, updates from people who have seen the baby) until the client can provide care. This reassures the mother about the infant's status and care, lowers parental stress, and strengthens their sense of competence.

Encourage breastfeeding as appropriate. Oxytocin binds receptors in the uterus, drives contractions that expel pregnancy products, and closes the spiral vessels at the placental site to stop bleeding. It also drives lactation and produces calm, lower blood pressure, a higher pain threshold, decreased cortisol, and antidepressant effects.

Involve parents in infant care tasks they can accomplish. Success in infant care builds self-concept and confidence and makes parents more eager to participate.

Give positive feedback for nurturing, protective behaviors. Reinforcement encourages parents to keep going. Nursing support strongly shapes how satisfied and confident parents feel.

7. Administering Medications and Providing Pharmacologic Support

Management centers on uterotonics such as oxytocin to contract the uterus and control bleeding. Ergometrine and carboprost tromethamine further promote contractions. Prophylactic antibiotics prevent infection. In severe cases, tranexamic acid stabilizes clots, and blood products such as packed red cells and fresh frozen plasma restore volume and correct coagulation.

Uterotonics (oxytocin [Pitocin], methylergonovine maleate [Methergine], prostaglandin F2a [Prostin 15M]). IV oxytocin acts immediately and maintains uterine tone by increasing contractions. Its duration is short, so atony can recur after a single dose. If oxytocin fails, give carboprost tromethamine (a prostaglandin F2a derivative) or methylergonovine maleate (an ergot compound) intramuscularly. Common side effects include headache, nausea, vomiting, fever, chills, and hypertension. Check blood pressure before methylergonovine and do not give it if BP is over 140/90 mmHg.

Fresh whole blood and other blood products. Consider fresh frozen plasma in massive ongoing PPH when coagulopathy is suspected and labs are abnormal. Transfuse RBCs only when hemoglobin is below 7 g/dL. Transfuse platelets when the count is below 75×10⁹/L, aiming to keep it above 50×10⁹/L during ongoing PPH.

Antibiotics. Start a broad-spectrum antibiotic until culture and sensitivity return, then switch to an organism-specific agent. Common choices include ampicillin, gentamicin, and third-generation cephalosporins such as cefixime. If the client continues therapy at home, stress finishing the full course to prevent recurrence.

Tranexamic acid. Stabilizes clots and reduces bleeding. Use it in severe bleeding or when other interventions fail.

Pain medication (analgesics, narcotics, or sedatives). Give mild analgesics for pain. An extensive or difficult repair may require regional anesthesia to relax the uterine muscle and prevent pain; explain the anesthetic and the procedure.

Laxatives. Osmotic laxatives retain water in the colon to soften stool and increase volume. Stool softeners ease defecation. Stimulant laxatives irritate the intestinal wall to move the bowel.

8. Monitoring Results of Diagnostic and Laboratory Procedures

Lab work in PPH gauges the extent of bleeding, finds the cause, and tracks overall status: hemoglobin and hematocrit, coagulation studies, and typing and crossmatching for possible transfusion.

Hemoglobin and hematocrit. The initial hemoglobin does not reflect blood loss accurately, because compensatory fluid shifts take time and are not yet apparent. It still sets a useful baseline, since anemia is common in parturients.

Platelet count, activated partial thromboplastin time (APTT), fibrinogen, and fibrin degradation products (FDP). In DIC, prothrombin runs low (it depends on fibrinogen-to-fibrin conversion), thrombin time is prolonged (it measures that conversion), and fibrin split products exceed 40 mcg/mL, reflecting destruction of fibrinogen or fibrin. Draw blood for prothrombin, thrombin time, fibrinogen, and fibrin split products.

BUN and creatinine. These may rise with prerenal acute kidney injury from reduced renal blood flow when intravascular volume drops.

Central venous pressure (CVP) or pulmonary artery wedge pressure (PAWP). These directly measure circulating volume, replacement needs, and response to therapy. Invasive monitoring with an arterial line, central line, and minimally invasive cardiac output monitoring may be used depending on severity and availability.

Oxygen saturation. Pulse oximetry helps evaluate tissue perfusion and saturation. Combining blood pressure and saturation with maternal characteristics, symptoms, and labs creates a trigger system that catches 75% of pre-eclamptic and hemorrhagic clients who go on to develop serious complications.

Arterial blood gases (ABGs) and pH. These show the degree of tissue hypoxia or acidosis from lactic acid buildup during anaerobic metabolism. As blood is diverted from noncritical tissue to protect the heart and brain, deprived tissues produce more lactic acid and worsen the acidosis.