42-Year-Old Mom Survives Widow-Maker: 10-Minute CPR, 8-Day ECMO

For healthcare leaders, Martha Fuller's case is a clinical lesson in the chain of survival: early CPR, rapid PCI, and ECMO as salvage therapy. It shows why investments in community CPR training and ECMO-capable referral protocols can directly affect survival for refractory cardiac arrest, particularly in patients without classic risk profiles.

A 42-year-old North Carolina mother of two — Martha Fuller — survived a "widow-maker" heart attack after her husband Patrick performed CPR for 10 minutes, a rapid response that her physicians at Novant Health credit with keeping her alive. On July 31, 2026, Fuller reunited with the medical team that treated her, including Dr. Philip Keith, medical ECMO director at Novant Health, who described the recovery as a "medical miracle." The case draws attention to the critical interplay of bystander CPR, timely percutaneous coronary intervention, and advanced mechanical circulatory support in out-of-hospital cardiac arrest.

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For healthcare leaders, Martha Fuller's case is a clinical lesson in the chain of survival: early CPR, rapid PCI, and ECMO as salvage therapy.

The event began on a Sunday night in May, when Fuller spent the evening playing with her two sons. Hours later, at 3:30 a.m., she woke with chest pains and collapsed on the bathroom floor. Her husband immediately started CPR and maintained compressions for 10 minutes until emergency responders could take over. Soon after, doctors attempted to place a stent to restore coronary blood flow, but complications emerged. Fuller was placed on extracorporeal membrane oxygenation (ECMO) and a ventilator for eight days. That sequence — early high-quality CPR followed by rapid PCI and ECMO as salvage therapy — is a textbook chain of survival in a patient with refractory cardiac arrest.

From a clinical standpoint, the case illustrates two important points. First, bystander CPR can be the single most important determinant of neurologically intact survival in out-of-hospital cardiac arrest. In this case, the 10-minute duration was long enough to require sustained compressions, yet the patient recovered well enough to return home less than two months later. Second, ECMO is not a routine intervention; it is a resource-intensive bridge for patients with severe cardiogenic shock or post-arrest complications. Novant Health's ability to deploy ECMO quickly reflects the value of having such programs embedded in regional hospital systems, because the window for salvage is narrow.

The case also raises questions about risk identification in women. Fuller was 42, physically active, and reportedly worked out five to seven days a week. She had no known prior heart condition. Doctors described the event as unusual for someone of her age and health. The only possible warning sign, according to Fuller, occurred a week earlier while walking, before the acute event. This pattern is consistent with broader clinical knowledge that women often present with less classic symptoms of ischemic heart disease, and that risk can be underestimated in younger, fit patients. For health systems, this underscores the need for clinical decision support and patient education that do not rely on traditional risk factors alone.