Understanding Birth Interventions

& Your Options for Labor

Birth interventions can be life-saving when they are medically necessary. However, every intervention has potential benefits, risks and alternatives. As an expecting parent, you have the right to understand why an intervention is being recommended, what the benefits and risks are, what alternatives exist and what could happen if you choose to wait or decline. This process is known as informed consent and allows you to make decisions that align with your values and your unique birth situation.

When talking to your provider about interventions, it's best to use the acronym B.R.A.I.N.

Check out B.R.A.I.N.

LABOR INDUCTION

Labor induction is the process of stimulating labor before it begins on its own. This may involve medications such as prostaglandins (Cytotec/misoprostol) or oxytocin (Pitocin), mechanical methods like a Foley balloon, Cook catheter (cervical ripening balloon) or breaking the amniotic sac (amniotomy).

When medically indicated, induction can reduce the risks associated with certain pregnancy complications (preeclampsia for example). However, because induced contractions are often stronger, longer and closer together than spontaneous contractions, labor may become more physically demanding.

Unlike spontaneous labor, induced labor bypasses parts of the body's natural hormonal process. Synthetic oxytocin creates contractions but does not cross the blood-brain barrier the way your own oxytocin does, meaning it doesn't produce the same calming, pain-relieving hormonal response.

As a result, contractions may be more intense and less gradually coordinated, increasing the likelihood of fetal stress, uterine tachysystole (too many contractions in a row without enough break - reducing blood flow to baby, lower fetal oxygen levels, and causing fetal distress), increased pain, higher chance of epidural use plus additional birth interventions.

Additional interventions, including continuous fetal monitoring, epidural use, assisted vaginal birth or cesarean birth, particularly if the cervix is not yet favorable. Some inductions are straightforward and successful, while others may take several days.

When talking to your provider about induction, ask them about your Bishop Score. This is a scoring tool your healthcare provider may use to determine how ready your body is for labor, especially before recommending an induction. It evaluates five factors: cervical dilation, effacement (thinning), consistency (firmness), position, and your baby's station (how low the baby is in the pelvis). The higher your score, the more favorable your cervix is for labor and the more likely an induction is to be successful. A low Bishop Score doesn't mean labor won't happen—it simply suggests that your body may need more time or cervical ripening before an induction is likely to be effective.

A Note About Cervical Checks

Every vaginal (cervical) exam introduces bacteria from the vagina closer to the uterus. While the risk of infection remains lower when the amniotic sac is still intact, it increases once the membranes have ruptured or your water has been artificially broken because the baby's protective barrier is no longer sealed. Research has found that a higher number of cervical exams during labor is associated with a greater risk of developing an intra-amniotic infection (chorioamnionitis), especially after the water has broken and as the length of time since rupture increases.

Earlier research in women whose water had already broken found that the risk of infection increased progressively with each additional cervical exam, making the number of vaginal examinations one of the strongest modifiable risk factors for infection. For this reason, many recommend limiting cervical checks to situations in which the findings will meaningfully change the plan of care.

Remember, you have the right to ask, "How will this cervical check change my care?" If the answer is that it won't change the plan, you can discuss whether the exam is necessary at that time.

The Importance of Cervical Readiness

A cervix that is not yet ready for labor is one of the strongest predictors of a long induction or a failed induction. The Bishop Score helps estimate cervical readiness, but it cannot predict exactly when spontaneous labor will begin. Allowing the cervix to ripen naturally, when it is safe to do so, often improves the likelihood of a successful vaginal birth.

Questions to ask:

Why is induction recommended now?
Is waiting safely an option?
What methods of induction are available?
How might induction affect my birth preferences?

ALL ABOUT INDUCTION METHODS

Breast or Nipple Stimulation

For some low-risk pregnancies, nipple stimulation may encourage the body to release its own oxytocin, which can stimulate contractions. This method should only be attempted with guidance from a healthcare provider, as it is not appropriate for every pregnancy.

Potential risks:

Contractions that become too frequent
Fetal heart rate changes if contractions are excessive
Not recommended for many high-risk pregnancies

Cervical Ripening Balloon (Foley Balloon or Cook Catheter)

A cervical ripening balloon is a small catheter with one or two balloons that are inserted through the cervix and then filled with sterile saline. The pressure from the balloons encourages the cervix to soften, thin, and begin opening. Because this is a mechanical method rather than a medication, it does not directly stimulate uterine contractions.

Potential risks:

Cramping and discomfort during placement
Bleeding or spotting
Infection (rare)
Premature rupture of membranes
Accidental displacement of the catheter
May still require medications such as Pitocin if labor does not begin on its own

Membrane Sweep (Membrane Stripping)

A membrane sweep is performed during a vaginal exam by gently separating the amniotic sac from the lower part of the uterus. This releases your body's natural prostaglandins, which may help labor begin naturally over the next few days.

Potential risks:

Cramping and contractions
Spotting or light bleeding
Discomfort during the procedure
Irregular contractions that do not progress into labor
Premature rupture of membranes (uncommon)

Breaking the Waters (Amniotomy or Artificial Rupture of Membranes)

During an amniotomy, a provider uses a small sterile instrument to create an opening in the amniotic sac. This may encourage contractions or strengthen an existing labor.

Potential risks:

Increased risk of infection the longer labor continues after the water is broken
Umbilical cord prolapse (a rare but serious emergency)
Changes in the baby's heart rate
Stronger, more painful contractions
If labor does not progress, additional interventions such as Pitocin or cesarean birth may become necessary

Prostaglandin Medications (Cervidil®, Prepidil®, Cytotec®/Misoprostol)

Prostaglandins are medications used to soften, thin, and prepare the cervix for labor. They may also stimulate contractions. Depending on the medication, they may be placed in the vagina or taken by mouth.

Potential risks:

Uterine tachysystole (contractions that are too frequent)
Fetal heart rate changes caused by reduced time for the baby to recover between contractions
Nausea, vomiting, diarrhea, or fever
Strong contractions that may increase the need for pain relief
Rarely, uterine rupture, particularly in people with a previous cesarean birth or uterine surgery

Pitocin (Synthetic Oxytocin)

Pitocin is a synthetic version of the hormone oxytocin and is given through an IV to stimulate or strengthen uterine contractions. The dose is gradually increased until contractions reach a desired pattern.

Unlike your body's naturally produced oxytocin, synthetic oxytocin does not cross the blood-brain barrier. This means it does not trigger the same release of endorphins and calming hormones that naturally occur during spontaneous labor. As a result, induced contractions are often described as more intense and may increase the likelihood of requesting pain medication or an epidural.

Potential risks:

Uterine tachysystole (too many contractions too close together)
Decreased oxygen delivery to the baby during overly frequent contractions
Fetal heart rate abnormalities
Increased pain intensity
Higher likelihood of epidural use
Increased chance of additional interventions if labor does not progress as expected
Rare complications such as uterine rupture (especially in those with previous uterine surgery) or water intoxication with prolonged, high-dose administration

Cervical Ripening with Dilapan-S®

Dilapan-S® is a synthetic osmotic dilator made from a hydrogel material. Thin rods are inserted into the cervix, where they gradually absorb moisture and expand over several hours. This gentle pressure helps the cervix soften, thin, and dilate without using medications. It is becoming increasingly common as an alternative to balloon catheters or prostaglandin medications.

Potential risks:

Cramping and discomfort
Spotting or light bleeding
Infection (rare)
May not start labor on its own and could still require additional induction methods

Combination Induction

Many inductions involve more than one method. For example, a provider may begin with a cervical ripening medication or balloon catheter, followed by breaking the water and starting Pitocin. Each additional intervention may increase the likelihood of further interventions if labor does not progress as expected.

Medical vs. Elective Induction

Not all inductions are the same.

A medically indicated induction is recommended because continuing the pregnancy may pose greater risks to the mother or baby.

An elective induction is performed without a medical necessity, often for convenience of the provider or personal preference, once the pregnancy has reached full term.

Understanding why an induction is being recommended is just as important as understanding how it is performed.

Questions You Can Ask Before Agreeing to an Induction

Before consenting to an induction, consider asking your provider:

Is this induction medically necessary or elective?
What is my Bishop Score, and is my cervix favorable for induction?
What are the benefits of inducing labor now versus waiting?
What are the risks of waiting another day or week?
Which induction method are you recommending, and why?
What are the potential risks and side effects of this method?
What happens if the induction doesn't work?
Are there alternatives that are appropriate for my situation?
How will my baby and I be monitored throughout the induction?

Remember, informed consent means understanding the benefits, risks, alternatives, and what could happen if you choose to wait or decline. Every pregnancy is unique, and the best decision is one that takes into account your medical history, your baby's well-being, and your personal values and preferences.

VBAC (Vaginal Birth After Cesarean)

If you've previously had a cesarean birth, you may still be a candidate for a vaginal birth. Many families are surprised to learn that VBAC is a safe option for many pregnancies and can offer numerous benefits, including:

Faster recovery
Lower risk of surgical complications
Lower risk of infection
Greater success with future pregnancies
Earlier bonding and mobility after birth

Every VBAC journey is unique, and making an informed decision starts with understanding your options. Approximately 90% of women who have had a prior cesarean delivery are candidates for VBAC, though global clinical practice, local hospital policies, and individual patient choices mean actual rates of attempt and success vary widely. The overall C-section rate in the United States is 32.4% of all live births, remaining steady at roughly one-third of deliveries. This national average significantly exceeds the 10% to 15% rate recommended as optimal by the World Health Organization (WHO).

Research shows that continuous labor support from a doula reduces the relative risk of a C-section by approximately 39% to 50% compared to standard prenatal care. Rather than dropping the absolute national rate to a fixed percentage, doulas lower an individual's statistical chance or odds of undergoing a cesarean delivery.

Excellent VBAC Resources:
The VBAC Link
International Cesarean Awareness Network (ICAN)
Evidence Based Birth
Lamaze

MONITORING

Continuous Electronic Fetal Monitoring (EFM)

Continuous fetal monitoring records the baby's heart rate and uterine contractions throughout labor.

Continuous monitoring is recommended in certain higher-risk situations because it can provide ongoing information about the baby's well-being. For healthy, low-risk pregnancies, however, research has shown that routine continuous monitoring does not improve overall newborn outcomes compared with intermittent monitoring, but it is associated with higher rates of cesarean birth and assisted vaginal birth. Continuous monitoring may also make it more difficult to move freely during labor, although wireless monitors are available in some hospitals.

Questions to ask:

Am I considered low-risk or high-risk?
Is intermittent monitoring an option?
Are wireless monitors available?

Internal Fetal Monitoring

Internal monitoring involves placing a small electrode on the baby's scalp or a pressure catheter inside the uterus to obtain more detailed information about contractions or the baby's heart rate.

These tools are generally reserved for situations in which external monitoring is not providing enough information or there is concern about the baby's well-being. Because they require the membranes to be ruptured, they carry small risks including infection, minor scalp injury to the baby, and rarely, more significant complications.

Questions to ask:

Why is internal monitoring needed?
What information will it provide that external monitoring cannot?

Some people choose not to be monitored at all. Research shows, regardless of what kind of monitoring, that it does not improve outcomes.

ASSISTED VAGINAL DELIVERY

Forceps-Assisted Birth

This may be recommended when a baby needs to be born quickly or when pushing has been prolonged and cesarean is highly possible. When used by a skilled provider in the appropriate situation, forceps can safely help achieve a vaginal birth and may prevent the need for a cesarean. However, forceps are associated with a higher risk of significant maternal perineal trauma, including third- and fourth-degree tears that may affect bowel control and pelvic floor function. They also increase the risk of postpartum hemorrhage and extensive vaginal or cervical lacerations. For babies, most effects are temporary, such as bruising or facial marks, but rare complications include facial nerve injury, skull fracture, and bleeding inside the skull (intracranial hemorrhage). Because forceps require considerable expertise, it is appropriate to ask your provider why they are recommending forceps, what alternatives exist, and what experience they have performing forceps-assisted births.

*Serious Maternal Complications

While forceps can help avoid a cesarean in certain situations, they are associated with a higher risk of maternal birth trauma than spontaneous vaginal birth.

Rare but serious maternal complications include:

Third- and fourth-degree perineal tears (obstetric anal sphincter injuries), which extend into the anal sphincter and, in fourth-degree tears, the rectal lining. These injuries can lead to:
- Long-term pelvic pain
- Fecal incontinence
- Difficulty controlling gas
- Pain with intercourse
- Need for additional surgery
Significant postpartum hemorrhage due to trauma or uterine atony.
Large vaginal or cervical lacerations requiring surgical repair.
Pelvic floor injury, increasing the long-term risk of pelvic organ prolapse and urinary or fecal incontinence.
Rare injury to the bladder or urethra from extensive birth trauma.

Serious Neonatal Complications

Most babies born with forceps have only temporary marks or bruising that resolve within a few days. Serious complications are uncommon but can occur.

These include:

Intracranial hemorrhage (bleeding inside the skull), a rare but potentially life-threatening complication.
Subdural hemorrhage, bleeding between the brain and its outer covering.
Skull fracture (rare).
Facial nerve injury, which may cause temporary facial weakness; permanent injury is uncommon.
Brachial plexus injury, affecting movement of the shoulder or arm, though this is more commonly associated with shoulder dystocia than forceps themselves.
Eye injuries, including corneal abrasions or, very rarely, more significant trauma.
Neonatal seizures secondary to significant birth trauma or intracranial bleeding (rare).
Hypoxic-ischemic injury if forceps are unsuccessful and birth is significantly delayed, though the underlying reason for the assisted delivery often contributes more to this risk than the forceps themselves.

Vacuum-Assisted Birth

This may be recommended when a baby needs to be born quickly due to concerns about the baby's well-being, when pushing has been prolonged, or when the birthing parent is too exhausted or has a medical condition that limits effective pushing. When used by a skilled provider in the appropriate situation, a vacuum-assisted birth can help achieve a vaginal birth and may prevent the need for a cesarean. Compared with forceps, vacuum-assisted birth generally causes less maternal trauma but is more likely to be unsuccessful, requiring another intervention such as forceps or cesarean birth. For the birthing parent, vacuum-assisted birth increases the risk of vaginal and perineal tears, postpartum hemorrhage, and pelvic floor injury. For babies, the most common effects are temporary scalp swelling, bruising, or a cephalohematoma (a collection of blood beneath the scalp). Rare but serious complications include bleeding beneath the scalp (subgaleal hemorrhage), bleeding inside the skull (intracranial hemorrhage), skull fracture, retinal hemorrhage, seizures, and, very rarely, death. Because vacuum extraction requires careful patient selection and technique, it is appropriate to ask your provider why a vacuum is being recommended, what alternatives exist, and what experience they have performing vacuum-assisted births.

Serious Maternal Complications

While vacuum-assisted birth generally results in fewer severe maternal injuries than forceps, it still carries a greater risk of birth trauma than a spontaneous vaginal birth.

Rare but serious maternal complications include:

Third- and fourth-degree perineal tears (obstetric anal sphincter injuries), which can lead to:
- Long-term pelvic pain
- Fecal incontinence
- Difficulty controlling gas
- Pain with intercourse
- Need for additional surgery
Significant postpartum hemorrhage due to trauma or uterine atony.
Large vaginal or cervical lacerations requiring surgical repair.
Pelvic floor injury, increasing the long-term risk of pelvic organ prolapse and urinary or fecal incontinence.
Rare injury to the bladder or urethra from extensive birth trauma.

Serious Neonatal Complications

Most babies born with vacuum assistance experience only temporary scalp swelling or bruising that resolves within days. Serious complications are uncommon but can occur.

These include:

Subgaleal hemorrhage (bleeding beneath the scalp), a rare but potentially life-threatening complication because significant blood loss can occur into the space beneath the scalp.
Intracranial hemorrhage (bleeding inside the skull).
Subdural hemorrhage, bleeding between the brain and its outer covering.
Skull fracture (rare).
Cephalohematoma, which may increase the risk of newborn jaundice and, rarely, infection.
Retinal hemorrhage, which usually resolves without long-term effects.
Neonatal seizures secondary to significant birth trauma or intracranial bleeding (rare).
Hypoxic-ischemic injury if vacuum extraction is unsuccessful and birth is significantly delayed, though the underlying reason for the assisted delivery often contributes more to this risk than the vacuum itself.

Episiotomy

An episiotomy is a surgical incision made in the perineum (the tissue between the vaginal opening and anus) to enlarge the vaginal opening during birth. In the past, episiotomies were performed routinely with the belief that they would prevent severe tearing and protect the pelvic floor. Current evidence has shown that routine episiotomy does not improve outcomes and may actually increase the risk of severe perineal trauma. Today, most professional organizations recommend restrictive use, reserving episiotomy for specific situations such as a true obstetric emergency, shoulder dystocia, or when an assisted vaginal birth cannot be safely completed without additional space. Although an episiotomy may occasionally help facilitate a faster birth, it is associated with increased postpartum pain, blood loss, infection, and a longer recovery compared with allowing the perineum to stretch or tear naturally.

Serious Maternal Complications

Most episiotomies heal without long-term problems; however, complications can occur.

Rare but serious maternal complications include:

Extension of the incision into a third- or fourth-degree tear involving the anal sphincter and rectum.
Significant postpartum hemorrhage.
Infection requiring antibiotics or additional surgical treatment.
Wound breakdown (dehiscence), where the incision reopens during healing.
Chronic perineal or pelvic pain.
Pain with intercourse (dyspareunia), which may persist for months or longer.
Pelvic floor dysfunction, including urinary or fecal incontinence if the anal sphincter is affected.
Formation of painful scar tissue requiring further treatment or revision surgery.

Serious Neonatal Complications

An episiotomy itself does not usually pose direct risks to the baby because it is performed on maternal tissue. However, if the incision is made during an assisted vaginal birth, the baby may experience risks related to the use of forceps or vacuum extraction rather than the episiotomy itself.

Indirect considerations include:

Small accidental superficial skin lacerations from the surgical scissors (rare).
If an episiotomy is performed as part of a forceps- or vacuum-assisted birth, neonatal complications are primarily related to the operative vaginal delivery rather than the incision itself.
The primary goal of an episiotomy in emergency situations is to facilitate a quicker birth when the healthcare team believes the benefits outweigh the potential risks to both parent and baby.

CESAREAN DELIVERY

A cesarean birth (C-section) is a surgical procedure used to deliver a baby through incisions in the abdomen and uterus. Approximately one in three births in the United States occurs by cesarean. In many situations, a cesarean is the safest and most appropriate way to deliver a baby, such as with placenta previa, certain fetal positions, umbilical cord prolapse, uterine rupture, or when labor is not progressing and the health of the parent or baby is at risk.

Like any major abdominal surgery, however, a cesarean carries both immediate and long-term risks. Understanding these risks does not mean a cesarean should be avoided when medically necessary—it means every family deserves informed consent and the opportunity to understand why surgery is being recommended, what the benefits are, what alternatives exist (if any), and what recovery may involve.

What Happens During a Cesarean?

Before surgery, an IV is started and antibiotics are typically given to reduce the risk of infection. Most cesareans are performed under spinal or epidural anesthesia so the parent remains awake while pain is blocked from the chest down. A urinary catheter is placed to keep the bladder empty during surgery.

After the abdomen is cleaned and draped, the surgeon makes an incision through the skin, underlying tissues, and uterus before lifting the baby out. The placenta is then delivered, the uterus is repaired with sutures, bleeding is controlled, and the abdominal layers are closed.

The procedure itself usually takes 30–60 minutes, although the baby is often born within the first 10–15 minutes; if complications arise during surgery then it will take longer.

Common Medications Used During a Cesarean

Spinal or Epidural Anesthesia

Regional anesthesia is considered the safest option for most planned and unplanned cesarean births because it allows the parent to remain awake while avoiding the higher risks associated with general anesthesia.

Common side effects include:

Low blood pressure
Nausea or vomiting
Itching (especially with spinal opioids)
Temporary leg weakness or numbness
Difficulty emptying the bladder after surgery

Rare but serious complications include:

Severe spinal headache
Infection (epidural abscess or meningitis)
Bleeding around the spinal cord (epidural hematoma)
Nerve injury
Allergic reaction
Very rarely, permanent neurological injury

General Anesthesia

General anesthesia is usually reserved for emergencies or when regional anesthesia cannot be used.

Possible risks include:

Difficult airway or failed intubation
Aspiration of stomach contents into the lungs
Allergic reactions
Breathing complications
Increased maternal drowsiness after birth
Temporary effects on the baby's breathing if birth occurs soon after anesthesia is administered

Antibiotics

Antibiotics are routinely given before surgery to reduce the risk of postoperative infection.

Possible side effects include:

Nausea
Diarrhea
Yeast infection
Allergic reactions
Rare but severe anaphylaxis

Uterotonic Medications (such as Oxytocin)

After the placenta is delivered, medications are given to help the uterus contract and reduce bleeding.

Possible side effects include:

Nausea
Vomiting
Flushing
Temporary low blood pressure
Rare allergic reactions

Additional medications may be required if bleeding continues, each with its own benefits and potential risks.

Immediate Maternal Risks

Although most cesareans are completed safely, they remain major surgery.

Potential complications include:

Infection of the uterus, incision, or urinary tract
Heavy bleeding (postpartum hemorrhage)
Blood transfusion
Injury to the bladder, bowel, ureters, or nearby blood vessels
Blood clots in the legs (deep vein thrombosis)
Pulmonary embolism (blood clot traveling to the lungs)
Wound infection
Wound separation (dehiscence)
Formation of painful scar tissue (adhesions)
Extended hospital stay
Increased postoperative pain
Delayed recovery compared with vaginal birth
Readmission to the hospital
Rare need for hysterectomy to control life-threatening bleeding
Maternal death (rare in high-resource settings but more common after cesarean than after planned vaginal birth)

Serious Maternal Complications

Rare but serious complications include:

Severe postpartum hemorrhage requiring massive transfusion
Disseminated intravascular coagulation (DIC)
Sepsis
Injury requiring surgical repair of the bladder, bowel, or ureters
Respiratory complications
Intensive care unit (ICU) admission
Emergency hysterectomy
Chronic pelvic pain
Persistent abdominal wall numbness or nerve pain
Incisional hernia
Adhesions causing chronic pain or bowel obstruction
Chronic pain at the incision site

Neonatal Risks

Most babies born by cesarean do very well. However, because labor is shortened or bypassed entirely in many cesarean births, newborns may have a slightly different transition to life outside the womb.

Potential risks include:

Transient tachypnea of the newborn (temporary rapid breathing)
Respiratory distress syndrome, especially before 39 weeks without labor
Accidental skin lacerations during surgery
Delayed initiation of skin-to-skin contact or breastfeeding if complications occur
Admission to the neonatal intensive care unit (NICU)
Temporary effects from maternal medications, including sleepiness or reduced muscle tone

Recovery After a Cesarean

Recovery from a cesarean generally takes longer than recovery from an uncomplicated vaginal birth.

Many parents experience:

Pain around the incision
Difficulty standing fully upright for several days
Fatigue
Limited lifting and activity for several weeks
Constipation
Difficulty coughing, laughing, or changing positions
Emotional adjustment related to an unexpected birth experience

Healing continues long after the incision appears closed, and the uterus typically requires several months to fully heal.

Long-Term Effects

Most parents recover well from a cesarean, but surgery can have lasting effects.

Possible long-term complications include:

Adhesions (internal scar tissue) that may cause chronic pelvic pain or bowel obstruction
Chronic incision discomfort or numbness
Incisional hernia
Increased likelihood of future abdominal surgery complications
Fertility difficulties related to adhesions (uncommon but possible)
Cesarean scar defect (isthmocele), which may contribute to abnormal bleeding, pelvic pain, or fertility problems in some individuals

Future Pregnancy Risks

Each additional cesarean generally increases the likelihood of complications in future pregnancies.

These include:

Placenta previa
Placenta accreta spectrum (placenta accreta, increta, or percreta), in which the placenta grows too deeply into the uterine wall
Placental abruption
Uterine rupture during labor after cesarean (rare but important)
Repeat cesarean birth
Surgical adhesions that make future operations more complex
Increased blood loss during future surgeries
Increased likelihood of hysterectomy in future pregnancies complicated by placenta accreta spectrum

The absolute risk of these complications remains low for many people, but it increases with each additional cesarean.

Questions to Ask Before Consenting to a Cesarean

If a cesarean is recommended and there is time for discussion, consider asking:

Why is a cesarean being recommended?
Is this an emergency or is there time to consider options?
Are there alternatives that are safe for my situation?
What are the risks of waiting?
What are the risks of surgery for me and my baby?
Can my support person stay with me?
Will immediate skin-to-skin contact be possible?
Can delayed cord clamping be performed if the baby is doing well?
What can be done to support breastfeeding and recovery after surgery?

A Note on Informed Decision-Making

A cesarean birth is not a failure, nor is it always avoidable. Modern cesarean surgery has saved countless lives and remains an essential part of obstetric care. At the same time, it is major abdominal surgery with risks that deserve thoughtful discussion. Understanding both the benefits and the potential complications allows families to give truly informed consent and make decisions that are right for their individual circumstances.

EPIDURAL

An epidural is the most common form of pain relief used during labor in the United States. For many families, it provides significant pain relief and can be a valuable tool in certain situations. However, because an epidural changes the body's natural response to labor, it is important to understand not only its benefits, but also the ways it may affect the normal physiology of birth.

Every medical intervention has potential benefits, risks, and trade-offs. Informed consent means understanding all of them before making a decision.

How Does an Epidural Work?

An epidural is a regional anesthetic administered through a small catheter placed into the epidural space of the lower back. The medication blocks many of the nerve signals carrying pain from the uterus, cervix, and birth canal to the brain.

Pain relief is often significant, but so is the interruption of the body's natural hormonal feedback system. During an unmedicated labor, the body releases oxytocin, beta-endorphins, adrenaline, and other hormones that work together to support contractions, help baby rotate and descend, and prepare both mother and baby for birth and breastfeeding.

Because an epidural alters these pain signals, labor often unfolds differently than it would without one.

Short-Term Risks & Side Effects

Most epidural complications are temporary, but they are important to understand before consenting to the procedure.

Common Side Effects

Maternal hypotension (low blood pressure), which may reduce blood flow to the placenta until treated.
IV fluids are usually required before placement to reduce the risk of low blood pressure.
Continuous blood pressure monitoring.
Itching, nausea, or shivering.
Difficulty emptying the bladder, often requiring placement of a urinary catheter.
Temporary numbness or weakness in the legs.
Reduced mobility, making upright movement and walking difficult or impossible with many traditional epidurals.
Epidural-associated maternal fever, which may lead to additional evaluation or antibiotics for the newborn after birth.

Less Common Risks

Although uncommon, more serious complications may include:

Accidental dural puncture resulting in a severe spinal headache.
Infection.
Bleeding around the spinal cord (epidural hematoma).
Medication failure requiring replacement.
Allergic reaction.
Temporary nerve irritation.
Permanent nerve injury is extremely rare.

These risks are related to the anesthesia itself, meaning many of them are also present when epidural or spinal anesthesia is used during a planned or unplanned cesarean birth.

How an Epidural Can Change the Course of Labor?

Labor is guided by a complex interaction of hormones, movement, gravity and communication between the brain, uterus and baby.

Because an epidural interrupts these natural signals, research has consistently shown it may increase the likelihood of additional interventions during labor.

These may include:

Continuous electronic fetal monitoring.
IV fluids throughout labor.
Placement of a urinary catheter.
Limited mobility and fewer opportunities to use movement and gravity to encourage baby's descent.
A longer second stage (pushing phase).
Increased likelihood that your provider will recommend Pitocin (synthetic oxytocin) if contractions become less frequent or less effective after the epidural is placed.
Increased likelihood of an assisted vaginal birth using a vacuum or forceps.

Not every labor follows this pattern, but these possibilities should be discussed as part of informed consent.

How Can an Epidural Affect Baby?

The medications used in an epidural cross the placenta in small amounts. Most babies tolerate these medications well, but research suggests some newborns may experience temporary effects during the first hours after birth, including:

Increased sleepiness.
Less alertness immediately after birth.
A weaker rooting or sucking reflex.
More difficulty initiating breastfeeding in the early postpartum period.

These effects are generally short-lived, and many babies breastfeed successfully with early skin-to-skin contact and appropriate support.

If medication testing is performed on a newborn, medications administered during labor may be detectable. These findings reflect prescribed medical treatment and are documented in the birth record.

Breastfeeding

Breastfeeding success depends on many factors, including labor length, birth interventions, maternal health, infant health, early skin-to-skin contact, and access to lactation support.

Research on epidurals and breastfeeding has produced mixed findings. Some studies have found an association between epidural use—particularly those containing opioid medications—and:

Delayed initiation of breastfeeding.
Increased difficulty achieving an effective latch.
Increased need for lactation support.
Earlier supplementation during the hospital stay.

Other studies have found little or no difference once other birth factors are considered.

The evidence suggests that an epidural does not prevent successful breastfeeding, but it may make establishing breastfeeding more challenging for some families during the first hours or days after birth.

Early Bonding with Baby

The first hours after birth are an important time for skin-to-skin contact, breastfeeding, and learning your baby's early feeding cues.

Research has not conclusively shown that epidurals directly interfere with long-term parent-infant bonding. However, some parents describe feeling less physically aware during the pushing phase or more fatigued after a longer, more intervention-intensive labor.

Early skin-to-skin contact, delayed routine procedures when medically appropriate, rooming-in, and responsive feeding remain some of the most effective ways to support bonding regardless of whether an epidural is used.

Long-Term Risks: What Does the Evidence Say?

Many people worry about long-term complications from epidurals. and sadly, long-term effects are still being studied. Several large observational studies have reported associations between labor epidural analgesia and certain neurodevelopmental outcomes, including developmental delays and autism spectrum disorder. However, other large studies have found no clinically significant long-term differences.

Because labor epidurals are not randomly assigned, researchers cannot fully account for all factors that may influence these outcomes, such as the reason an epidural was chosen, labor complications, or other maternal and infant characteristics. More research is needed before a cause-and-effect relationship can be established.

Questions to Ask Before Choosing an Epidural

Before consenting to an epidural, consider asking your provider:

What are the benefits for my specific situation?
What alternatives are available?
How might an epidural affect my mobility?
What additional interventions become more likely after an epidural?
If my labor slows afterward, what is the next recommended intervention?
How can I maximize skin-to-skin contact and breastfeeding after birth?
What are the risks of declining an epidural?

Understanding the answers to these questions can help you make a decision that aligns with your values, your birth goals, and your medical needs.

Remember

An epidural is a medical intervention, not simply a pain medication. For some families, it is an appropriate and beneficial choice. For others, learning comfort techniques, using continuous labor support, staying mobile and allowing labor to unfold physiologically may help them achieve their desired birth experience.

MIDWIVES BREW: Does it really work?

What Is The Midwives Brew?

Midwives Brew is a homemade labor-stimulation drink that has been used for decades in some birth communities as a natural method to encourage labor. It is typically used only when a pregnancy has reached full term (37 weeks or beyond) and ideally with the knowledge and approval of a healthcare provider.

There is no standardized recipe, but most versions contain:

Castor oil
Lemon verbena tea (or another herbal tea)
Apricot juice
Almond butter (or peanut butter)

Some recipes also include champagne or sparkling wine, although alcohol is not recommended during pregnancy and is unnecessary for the brew to be used.

The primary ingredient believed to stimulate labor is castor oil. The other ingredients are mainly included to improve the taste and texture and may help reduce stomach irritation.

How Does It Work?

Castor oil contains ricinoleic acid, a fatty acid that activates prostaglandin receptors in the intestines. This causes the bowels to contract, often resulting in diarrhea and intestinal cramping.

Because the uterus and intestines share some smooth muscle signaling pathways, these intestinal contractions may stimulate uterine activity in some pregnant individuals.

It is important to understand that Midwives Brew does not directly cause labor. Instead, it may stimulate contractions in someone whose body and cervix are already preparing for labor.

If the body is not ready, it is unlikely to be effective.

Potential Benefits

Some studies suggest that castor oil may increase the likelihood of labor beginning within 24 hours in people who are already at or beyond their due date and have a favorable cervix.

Potential benefits may include:

May encourage spontaneous labor in some full-term pregnancies.
May reduce the need for medical induction in carefully selected pregnancies.
Can often be used at home under the guidance of a healthcare provider.
Inexpensive and widely available.
Some research has shown higher rates of labor beginning within 24 hours compared with no intervention.

For some families hoping to avoid a medical induction, Midwives Brew may be one option to discuss with their provider.

Risks and Side Effects

Although Midwives Brew is often described as "natural," natural does not always mean risk-free.

The most common side effects come from the castor oil and include:

Nausea
Vomiting
Severe diarrhea
Abdominal cramping
Dehydration
Fatigue
Electrolyte imbalance if significant diarrhea occurs

These side effects can leave someone exhausted before labor even begins.

Can It Cause Stronger Contractions?

Some parents report contractions that begin suddenly and become intense without gradually building over time.

Because there is limited research on contraction patterns after Midwives Brew, it is unclear whether the contractions themselves are stronger or whether the intestinal cramping simply makes labor feel more intense.

If labor begins, staying hydrated and maintaining adequate nutrition is especially important.

What About Baby?

Older concerns suggested that castor oil might increase the risk of meconium-stained amniotic fluid. More recent studies have not consistently found an increased risk when castor oil is used in healthy, low-risk pregnancies at term.

Current research has not shown an increase in cesarean birth, fetal distress, or serious newborn complications when castor oil is used appropriately in carefully selected pregnancies. However, the available studies are relatively small, and more research is needed.

When Should Midwives Brew NOT Be Used?

Midwives Brew should not be used without first discussing it with your healthcare provider or midwife.

It is generally not recommended if you have:

A pregnancy under 37 weeks.
Placenta previa.
Vasa previa.
A baby in a breech or transverse position
Multiple gestation (twins or higher-order multiples).
A previous uterine rupture.
Any condition requiring continuous fetal monitoring.
A medical reason that labor should not begin yet.

People with gastrointestinal disorders such as inflammatory bowel disease may also experience more severe side effects from castor oil.

Is Midwives Brew Right for Everyone?

No.

Midwives Brew is not a guaranteed method of starting labor, and it is not appropriate for every pregnancy.

For some healthy, low-risk pregnancies at or beyond term, it may help encourage labor if the body is already preparing for birth. For others, it may simply cause several hours of unpleasant gastrointestinal symptoms without initiating labor.

Before trying any labor stimulation method—natural or medical—it is important to discuss the potential benefits, risks, and alternatives with your healthcare provider.

Remember

Your body and your baby are designed to work together to begin labor when the time is right. While there are situations where induction is medically necessary, many natural labor-stimulation methods, including Midwives Brew, appear to be most effective when your body is already preparing for labor rather than forcing labor to begin.

If you are considering Midwives Brew, have a conversation with your provider or midwife, stay well hydrated, and know when to seek medical care if contractions become too frequent, you experience heavy bleeding, decreased fetal movement, or your water breaks without active labor developing.

The Cascade of Interventions

Many inductions involve several interventions that build upon one another. For example, cervical ripening may be followed by breaking the water, starting Pitocin, continuous fetal monitoring, IV fluids, restricted movement, epidural anesthesia, and, in some cases, assisted vaginal birth or cesarean birth. While these interventions can be necessary and beneficial in certain situations, each one increases the likelihood of additional interventions. Understanding this "cascade of interventions" can help families make informed decisions throughout labor.

Postpartum Recovery

The postpartum period, often called the Fourth Trimester, begins the moment your baby is born. During this time, your body is healing from pregnancy and birth while your hormones shift drastically while you learn to care for your newborn. Recovery looks different for everyone, whether you had an unmedicated vaginal birth, an epidural, an assisted delivery or a cesarean birth.

While much of your focus is placed on preparing for labor during pregnancy, the weeks after birth deserve just as much attention. Giving yourself time, rest, nourishment and support during this season can make a meaningful difference in both your physical recovery and emotional well-being.

Topics to Explore

Physical healing after vaginal and cesarean birth
Pelvic floor recovery
Managing postpartum bleeding and normal healing
Nutrition and hydration
Sleep and realistic newborn expectations
Breastfeeding and what to expect

BOOK A LACTATION CLASS AT OHRH

Partner relationships and communication
Emotional wellness
Postpartum depression, anxiety, OCD, PTSD and birth trauma
Building your support system
Self-care and asking for help

Remember: You were never meant to recover alone. Accepting help is not a sign of weakness, it's one of the healthiest things you can do for yourself and your baby. If you need help finding resources or simply asking if something is normal, please reach out to me!

The Body Was Designed to Labor

One of the most overlooked aspects of spontaneous labor is the physiologic hormonal cascade. During natural labor, both the mother and baby release hormones—including oxytocin, prostaglandins, beta-endorphins, catecholamines, and fetal cortisol—that work together to coordinate labor, support pain coping, help the baby adapt to life outside the womb, and prepare both mother and baby for breastfeeding and bonding after birth.

Synthetic oxytocin (Pitocin) can effectively stimulate contractions but does not replicate the entire hormonal process of spontaneous labor. This is one reason why induced labor can feel and function differently from labor that begins on its own.

Can Sex Help Start Labor?

You may have heard that having sex at the end of pregnancy can help encourage labor, and there is some science behind this idea. Semen naturally contains prostaglandins, which are hormones that help soften the cervix for labor. During orgasm, the body releases oxytocin, which is the same hormone that stimulates uterine contractions. Intimate activities in general may trigger mild uterine contractions from oxytocin rising.

Together, these natural processes may help encourage the body toward labor if it is already close to being ready. Remember that sex does not induce labor, but if your body and baby are already close to starting labor, it can help make things move along. Current studies suggest that labor will not start until your body and baby are both sending the hormonal signals that it's time to begin.

While studies have shown mixed results on whether sex reliably shortens pregnancy or reduces the need for medical induction, it may help support your body's natural hormonal processes without the use of medications.

Sex should be avoided if:

Your water has broke
You have placenta previa or accreta
You have unexplained vaginal bleeding
Your healthcare provider has advised pelvic rest
You have an active genital herpes infection or another condition where intercourse is not recommended

Rather than thinking of sex as a way to "induce" labor, it's more accurate to think of it as a way to support your body's natural preparation for labor when labor is already approaching.

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