Case Study: Delayed Neonatal Resuscitation Resulting In Permanent Brain Damage

The Error, Stated Plainly

Most public attention in obstetric malpractice goes to the labor itself. The fetal heart monitor, the delayed C-section, the missed sign of distress. But some children are injured after they are born, in the first minutes of life, in a delivery room where a baby who cannot breathe is not effectively ventilated. That is what happened here.

A baby boy was delivered slightly early after an induction, following a labor that both sides’ obstetric experts eventually agreed had been reassuring. He came out limp and blue. He did not breathe. His heart rate sat well below the level at which every neonatal resuscitation protocol calls for immediate, escalating intervention.

What he needed is taught to everyone who staffs a delivery room. Effective positive pressure ventilation, delivered without interruption, escalated promptly to intubation if the baby does not respond.

What he got, for roughly the first half hour of his life, was something else.

He was placed on blow-by oxygen, meaning oxygen wafted toward his face, which does nothing at all for an infant who is not breathing. Ventilation, when it was attempted, was neither effective nor sustained. At three minutes of life he still had not taken a breath and his heart rate had not improved. At around eight minutes, still not breathing on his own, he was taken off ventilation and put back on blow-by oxygen. He was not intubated until roughly thirty minutes of life. The tube that was finally placed was too small for his weight and was inserted too deep, past the point where the airway divides, so it ventilated one lung instead of two.

A specialized transport team from a children’s hospital was not called until about fifteen minutes of life, and it did not reach the bedside for roughly an hour after that. When the team arrived, it spotted the tube problem on a chest film, pulled the tube, and replaced it with a correctly sized tube at a correct depth. The child’s oxygen levels came up almost immediately, and the amount of supplemental oxygen he needed dropped sharply.

By then the damage was done. A blood gas drawn shortly after the transport team took over, roughly an hour and fifty minutes after birth, showed severe metabolic acidosis. His tissues had been starved of oxygen long enough that his body had switched to anaerobic metabolism and flooded his bloodstream with acid.

He survived. He has a profound, permanent brain injury. He needs total assistance with every activity of daily living and around the clock supervision, and he is expected to need that level of care for the rest of his life.

What the Standard of Care Required

Neonatal resuscitation is one of the most protocol driven activities in medicine, because the interventions are time sensitive, the sequence is known in advance, and the window for a decision is measured in seconds. Four principles carry most of the weight here.

Blow-by oxygen is not ventilation. Free flowing oxygen aimed at a baby’s face can help an infant who is breathing on his own but whose oxygen saturation is low. It does nothing for a baby who is apneic. A baby who is not breathing needs air pushed into his lungs.

Positive pressure ventilation has to actually work. Putting a mask on a newborn’s face and squeezing a bag is not the same thing as ventilating him. The provider has to check for chest movement and a rising heart rate, and take corrective steps right away if they are absent.

Failed ventilation escalates to intubation quickly. When bag mask ventilation is not producing a response, the airway gets secured with an endotracheal tube. The relevant interval is minutes, not tens of minutes.

Tube size and depth are not judgment calls. Correct diameter and insertion depth are set by the infant’s weight and gestational age, and reference charts giving those figures are standard equipment at the radiant warmer. A tube that is too narrow increases resistance to airflow. A tube inserted too far passes into one mainstem bronchus and ventilates a single lung. Either one defeats the purpose of intubating at all.

Who Was Actually Running the Resuscitation

The resuscitation was led by a junior resident training in family medicine who had never before been in charge of a neonatal alert and who was not supervised by an attending physician. Under the hospital’s own policies, the pediatrician only had to be available on call. The pediatrician was not called until roughly the same time as the outside transport team.

That single fact did more work than almost anything else in the case, because it turned the matter into something larger than one person’s bad half hour.

The Central Question

The law firm developed the matter for trial around a single organizing question. When did this brain injury actually occur? The answer they set out to prove, that it happened after birth in the delivery room, came largely from the hospital’s own records.

The Defense Was Always Going to Be Timing

Hospitals defending a neonatal encephalopathy case almost always argue timing. If the brain injury happened in utero, days or weeks before delivery or during labor itself, then nothing the delivery room team did or failed to do caused it.

The defense ran that argument on three fronts. Its pathologist read the placental slides as showing a clot related restriction of blood flow between placenta and fetus, which if accurate would point to a chronic, pre-existing oxygen problem. A defense pediatric neurologist proposed that the child had a progressive inherited metabolic disorder, a genetic condition with nothing to do with the delivery room. And a defense neuroradiologist read the MRI studies in a way that placed part of the injury outside the window when the delivery room team had the child.

So proving this case took more than showing that the resuscitation was botched. It took affirmatively ruling out every alternative cause the defense could name.

Four Lines of Evidence, All Pointing to the Same Window

What made the proof persuasive was not any single opinion. It was that four independent kinds of evidence, chemical, obstetric, pathological, and radiographic, converged on the same interval of time.

The blood gases gave the case two bookends

The most concrete evidence came from the hospital’s own laboratory.

An umbilical cord blood gas is drawn at delivery and reflects the baby’s acid base status at the moment of birth. A child who has suffered a significant hypoxic ischemic insult in the womb arrives acidotic, with the chemical signature of anaerobic metabolism already there in the cord blood. This child’s cord gas was normal, with no elevated lactate.

The first arterial blood gas after birth was drawn roughly an hour and fifty minutes later, after the transport team arrived. It showed severe metabolic acidosis.

The plaintiffs’ expert in anesthesiology, pediatrics, and pediatric critical care medicine framed the comparison simply. A normal gas at birth and a severely acidotic gas less than two hours later means the injury happened in between. That interval is exactly the period when the child was apneic, inadequately ventilated, and for the last stretch of it intubated into a single lung. There is no biological pathway by which an in utero injury produces normal cord chemistry at delivery and then severe acidosis two hours later in a baby who is supposedly being resuscitated properly.

The same expert used the child’s own course to dispose of the metabolic disorder theory. A progressive inherited metabolic disorder produces ongoing, unremitting acidosis. It does not show up acutely, resolve once a baby is ventilated correctly, and then vanish. This child’s acidosis corrected after competent care arrived, which is not how the proposed diagnosis behaves.

Both sides’ obstetric experts agreed about the labor

The plaintiffs’ maternal fetal medicine expert reviewed the antepartum records and the labor tracing and found no event or condition during the pregnancy or the labor capable of explaining the injury. The tracing was reassuring, the second stage was short, and a healthy baby was to be anticipated. The defense’s own obstetric expert reached the same conclusion about fetal wellbeing before delivery. Once both sides agree the fetus was not in distress at the moment of birth, the defense has to survive on the placenta, the genetics, and the imaging alone.

The placental findings turned around on the defense

The plaintiffs’ placental pathologist reviewed the gross and microscopic findings and the slides themselves. She disagreed with the defense reading of a clot related vascular restriction, because in her view the diagnostic criteria for that finding were not present on the slides. The abnormalities that were present looked like expected consequences of the mother’s preeclampsia rather than evidence of impaired placental function, and were not findings associated with an increased risk of a bad neurologic outcome. At most, she concluded, they described a baby with somewhat reduced reserve for tolerating the ordinary stresses of labor and delivery.

That last point ended up helping the plaintiffs. A baby with less reserve is precisely the baby for whom a prompt, competent resuscitation matters most, and precisely the baby a hospital should be equipped to resuscitate.

The imaging dated the injury

Brain injury from oxygen deprivation is not static on imaging. It evolves through recognizable phases over hours and days, which is what lets a neuroradiologist speak to timing at all.

The plaintiffs’ neuroradiology expert reviewed the ultrasound obtained on the day of delivery and the serial MRI studies that followed. The evolution from that first ultrasound through the MRI performed days later fit an acute injury occurring at or immediately after birth and progressing from acute to subacute. It did not fit an injury that was already old at the time of delivery.

Magnetic resonance spectroscopy added a second, independent signal. Spectroscopy detects the chemical byproducts of metabolism in brain tissue, and these studies showed elevated lactate, the same anaerobic byproduct that had shown up in the child’s blood gases. The chemistry of the brain and the chemistry of the blood told the same story about the same period of time.

The expert also rejected the suggestion that later imaging findings represented a second, separate hypoxic insult, explaining that those findings were the expected evolution of the original injury.

The Chart Could Not Explain Itself

Discovery produced one more problem for the defense.

The hospital’s account of the resuscitation rested on its neonatal alert documentation. That documentation was internally inconsistent, inconsistent with other parts of the chart, and, most damaging, inconsistent with the sworn testimony of the people who were in the room.

The Apgar scores in the chart and the resident’s own discharge summary indicated the baby never had sustained respirations. The nursery nurse responsible for assessing and scoring the baby testified, in substance, that any respiratory effort lasted only seconds and was never sustained. Yet the alert documentation recorded spontaneous breathing at specific rates during those same minutes. Heart rate entries conflicted with a contemporaneous progress note written by another physician. Documentation of increased work of breathing showed up in the alert record several minutes later than the same information appeared in a note recording a phone call to the receiving children’s hospital.

None of this required proving that anyone falsified anything. It was enough to show that the hospital’s central piece of exculpatory evidence could not be reconciled with the rest of its own file or with the memories of its own staff, while the blood gas results, which nobody disputed, did not depend on anyone’s memory at all.

The System, Not Just the Shift

Pennsylvania recognizes a doctrine of corporate negligence, under which a hospital owes duties directly to its patients that are independent of what any individual physician or nurse did. Those duties include overseeing everyone who practices within the institution and adopting and enforcing adequate rules and policies.

The evidence here went straight to those duties. Hospital policy put junior residents in charge of neonatal alerts. Supervision by an attending was not secured. The immediate presence of a pediatrician at a compromised delivery was not required. A reference chart giving correct tube size and insertion depth was affixed to the warmer and was not followed. Those were staffing and policy choices, and they put this child, and others in the same position, at risk.

How the Matter Was Resolved

Expert reports were exchanged, the defense experts were answered in writing, and the plaintiffs’ team was ready to put the full panel of witnesses in front of a jury. The matter resolved before trial, without an admission of liability by any defendant, on terms that are not disclosed here.

What This Case Teaches

A normal delivery does not rule out a delivery room injury. Families are often told that because the labor went well, nothing could have gone wrong. Here, the fact that the labor went well was the beginning of the proof rather than the end of it. A reassuring tracing and a normal cord blood gas are affirmative evidence about what did not happen before birth.

Timing is the whole fight in neonatal brain injury cases. Expect the defense to argue the injury predated the care at issue. Answering that takes more than one expert. It takes obstetric, biochemical, radiographic, and pathological evidence converging on the same interval.

The first minutes of life are documented in chemistry, not just in charts. Blood gases, lactate, and spectroscopy do not depend on anyone’s memory of a chaotic morning. When the written record is disputed, the laboratory data often decides it.

Ask who was in the room. Whether an attending was present, whether a pediatrician was called, who performed the intubation, and what the hospital’s policies required are all discoverable, and that is frequently where a case against the institution is found.

How Lupetin & Unatin Helps Families in These Cases

Lupetin & Unatin, LLC represents patients and families throughout Pennsylvania in medical malpractice matters, including birth injury, hypoxic ischemic encephalopathy, delivery room and neonatal resuscitation claims, and failures of hospital systems and policies.

In cases like this one, that means getting the complete record from every treating institution, including imaging in its native form, transport records, nursing documentation, and the hospital’s own policies. It means retaining experts across each relevant discipline and asking them to reach independent conclusions rather than handing them a theory. And it means building the timing case affirmatively, so the defense’s alternative cause arguments are answered before they are made.

If you believe your child was injured during birth or in the period right after birth, you are entitled to have the records reviewed by someone who can read them. Consultations are free and confidential. We handle medical malpractice cases on a contingency fee basis, meaning we receive an attorney’s fee only if we obtain a recovery. Clients may remain responsible for case costs and expenses, and we explain in writing how costs and expenses are handled before you decide whether to hire us.

Pennsylvania law imposes deadlines for bringing a medical malpractice claim. Different rules can apply when the injured patient is a child, and those rules are technical. If you are thinking about looking into a case, it is better to ask early than to assume you know how much time you have.