Exit Procedure Childbirth Savannah: An Evidence-Based Patient Guide

The EXIT procedure is a specialized, planned delivery approach used when a baby may have a serious airway blockage at birth. It allows a multidisciplinary team to establish a safe airway while placental support continues, helping the baby receive oxygen during this critical transition.

Overview: What Is the EXIT Procedure?

The ex utero intrapartum treatment procedure, commonly called the EXIT procedure, is a carefully planned delivery technique for selected pregnancies in which a baby may not be able to breathe safely right after birth. For people searching for “exit procedure childbirth Savannah,” it is important to know that EXIT is not a routine cesarean delivery. It is a specialized fetal and neonatal procedure designed to protect the baby’s oxygen supply while clinicians assess and secure the airway.

During a standard birth, the umbilical cord is clamped soon after the baby is delivered, and the baby begins breathing independently. During EXIT, the baby is partially delivered through a cesarean incision, but the placenta and umbilical cord remain connected temporarily. This continued placental circulation can provide oxygen while the care team performs essential airway steps.

EXIT is usually considered when prenatal ultrasound, fetal MRI or other assessments show a condition that could obstruct the mouth, throat, voice box, windpipe or upper chest. The decision is individualized and made well before delivery whenever possible. The goal is to create the safest possible transition from fetal to newborn life for both parent and baby.

Why an EXIT Procedure May Be Recommended

Most babies do not need an EXIT procedure. It is reserved for uncommon situations in which there is a meaningful concern that ordinary newborn resuscitation may not be enough or may take too long. The most frequent reason is a large mass in the fetal neck or mouth that may narrow or block the airway.

Examples can include certain congenital neck masses, lymphatic malformations, teratomas, enlarged thyroid tissue, or abnormalities involving the jaw, tongue, larynx or trachea. EXIT may also be considered for selected babies with severe airway narrowing, a mass affecting the upper chest, or conditions in which the airway needs direct evaluation before the cord is clamped. Some fetal conditions can be assessed alongside information about congenital heart disease when heart structure or circulation is also relevant to delivery planning.

Recommendations depend on the location and size of the suspected obstruction, how it affects nearby structures, amniotic fluid findings, fetal well-being, gestational age and the anticipated difficulty of establishing an airway. Detailed imaging helps the team prepare, but it cannot always predict exactly what will be found at delivery. An EXIT plan therefore includes alternatives for several possible airway scenarios.

Who May Be a Candidate and How Planning Is Done

Candidacy is evaluated by a specialized fetal care team. The pregnant patient and baby undergo detailed assessment, often including targeted ultrasound, fetal MRI, fetal echocardiography when indicated, and consultations with relevant pediatric specialists. These findings help determine whether EXIT offers a potential advantage over a conventional delivery with neonatal airway support.

The team also reviews maternal health and surgical considerations. Because EXIT requires a cesarean delivery, clinicians consider factors such as prior uterine surgery, placenta location, bleeding risks, anesthetic safety and the ability to maintain uterine relaxation during the airway portion of the procedure. A planned procedure is generally safer than an unanticipated emergency, which is why prenatal referral and coordinated preparation are valuable.

Families commonly meet maternal-fetal medicine specialists, obstetric and pediatric anesthesiologists, neonatologists, pediatric otolaryngologists or pulmonologists, pediatric surgeons and nursing teams. Depending on the suspected diagnosis, pediatric cardiac, radiology and other specialists may participate. The team discusses the expected plan, possible changes during surgery, newborn intensive care needs and maternal cesarean recovery.

• Detailed fetal imaging helps identify the likely airway challenge.
• Delivery is scheduled at a center with appropriate operating room and neonatal intensive care resources.
• Several airway approaches are prepared in advance, including a surgical airway if necessary.

How the EXIT Procedure Works: Step by Step

EXIT is performed in an operating room under anesthesia. The anesthetic plan is tailored to the parent’s needs and to the procedure’s requirements. One key objective is keeping the uterus relaxed enough for placental blood flow to continue while avoiding excessive maternal bleeding. The anesthesiology team monitors the parent closely throughout.

After a cesarean incision is made, the surgical team delivers only as much of the baby as needed—often the head, neck, shoulders and upper chest—while keeping the rest of the body in the uterus. The umbilical cord and placenta remain intact. Warm fluid and blankets are used to support the baby’s temperature and protect the exposed tissues.

Airway specialists then assess the airway and may use direct laryngoscopy, flexible or rigid bronchoscopy, placement of a breathing tube, removal or decompression of an obstructing lesion, or creation of a tracheostomy when appropriate. The exact approach depends on the baby’s anatomy and the reason EXIT was planned. If the airway cannot be secured as expected, the team follows pre-established contingency plans.

Once the team confirms that the baby can be oxygenated and ventilated through a secure airway, the umbilical cord is clamped and the baby is fully delivered. The obstetric team then completes the cesarean delivery and carefully manages the uterus and bleeding. The newborn is transferred to a neonatal intensive care setting for continued monitoring and treatment.

Potential Benefits and Important Risks

The principal potential benefit of EXIT is time. By maintaining placental support while the airway is addressed, clinicians may avoid or reduce a period in which the baby cannot receive adequate oxygen after birth. This approach can permit a controlled, methodical airway evaluation rather than relying solely on urgent intervention after delivery.

However, EXIT is a major procedure and has risks for both the pregnant patient and baby. Maternal risks include those associated with cesarean birth and general anesthesia, such as bleeding, infection, blood clots, reactions to anesthesia and longer recovery than after vaginal birth. Uterine relaxation can increase bleeding risk, so preparation for blood-loss management is an important part of the procedure.

For the baby, risks may include difficulty securing the airway despite planning, low oxygen levels, bleeding, temperature instability, premature birth and complications linked to the underlying condition. Some babies need ongoing respiratory support, further surgery, feeding support or extended neonatal intensive care. The procedure itself does not cure the underlying condition; rather, it supports a safer delivery transition so definitive care can be provided.

The care team explains the expected benefits, uncertainties and alternatives based on each family’s clinical situation. Seeking a second opinion from a fetal care or pediatric airway center can be appropriate when there is time and the diagnosis is complex.

Recovery and Care After Delivery

After EXIT, the parent recovers from a cesarean delivery. Monitoring initially focuses on pain control, bleeding, blood pressure, anesthesia recovery and signs of infection or blood clot complications. Hospital stay and recovery time vary, but recovery often follows the general course of cesarean birth, with activity gradually increasing as advised by the obstetric team.

The baby’s recovery depends mainly on the airway finding and the underlying diagnosis. Some newborns remain intubated for a period, while others may require a tracheostomy, surgical treatment of a mass, imaging, feeding evaluation or respiratory support. Neonatal intensive care clinicians update families regularly and coordinate consultations with the appropriate pediatric specialties.

Breast milk expression may be possible if direct feeding is not immediately safe for the baby. Lactation support can help parents maintain milk supply and explore feeding options as the baby’s condition allows. Emotional support is also important: a high-risk pregnancy, complex delivery and neonatal admission can be demanding for families.

Acibadem International’s multidisciplinary specialists and JCI-accredited hospitals evaluate and treat complex maternal-fetal and neonatal conditions for international patients, with care plans tailored to the individual diagnosis and delivery needs.

When to Seek Medical Care

Pregnant patients should contact their maternity team promptly if they notice vaginal bleeding, leaking fluid, regular painful contractions, a clear reduction in fetal movement, severe abdominal pain, severe headache, vision changes, chest pain, shortness of breath or sudden swelling. These symptoms may have many causes, but they require timely medical assessment during pregnancy.

Families with a known or suspected fetal airway concern should keep all recommended imaging and specialist appointments. They should also ask where delivery is planned, who will be present, what to do if labor begins before the scheduled date and whether emergency contact information is available outside office hours.

After delivery, urgent assessment is needed for heavy bleeding, fever, worsening abdominal pain, redness or drainage from the incision, chest pain, shortness of breath, fainting, severe headache or thoughts of self-harm. For the newborn, breathing difficulty, bluish color, poor responsiveness or feeding concerns should be evaluated immediately by the neonatal care team or emergency services as appropriate.

Frequently asked questions

Is the EXIT procedure the same as a cesarean section?

EXIT is performed through a cesarean incision, but it is more complex than a standard cesarean birth. The baby remains connected to the placenta for a short period while specialists establish a safe airway. Once breathing support is confirmed, the cord is clamped and delivery is completed.

How long does an EXIT procedure take?

The length varies according to the airway issue and the steps required to secure it. The period of placental support is usually limited and carefully monitored, while the overall operation also includes cesarean delivery and maternal surgical care. The care team can explain the expected timing based on the prenatal findings.

Does every fetal neck mass require an EXIT procedure?

No. Many fetal neck masses do not prevent normal breathing after birth and can be managed with planned neonatal assessment. EXIT is considered when imaging suggests a substantial risk of airway obstruction or a difficult airway at delivery.

Will the baby need a tracheostomy after EXIT?

Not always. Some babies can be intubated through the mouth or nose and may later breathe without a tube after treatment. A tracheostomy may be needed when the obstruction, anatomy or anticipated recovery makes it the safest airway option.

Can the parent have a vaginal delivery after an EXIT procedure?

Because EXIT is performed during a cesarean birth, future delivery options depend on the type of uterine incision, the reason for the procedure and the individual obstetric history. A future pregnancy should be reviewed early with an obstetrician or maternal-fetal medicine specialist. They can discuss whether a trial of labor after cesarean may be appropriate.

What should families ask before a planned EXIT delivery?

Helpful questions include the suspected diagnosis, why EXIT is recommended, alternative delivery options, the airway plan and backup plans, and expected neonatal intensive care needs. Families may also ask which specialists will attend, what maternal recovery is likely to involve and how they will receive updates during and after the procedure.

References

• American College of Obstetricians and Gynecologists
• Society for Maternal-Fetal Medicine
• American Academy of Pediatrics
• Children's Hospital of Philadelphia Center for Fetal Diagnosis and Treatment
• National Institutes of Health

This article is for general information only and is not a substitute for professional medical advice. Please consult a qualified doctor about your individual situation.