New Device Rapidly Controls Postpartum Hemorrhage

A study led by Columbia obstetricians has shown that a new intrauterine device can rapidly control postpartum hemorrhage, a major cause of severe maternal morbidity and death, in real-world situations. 

“Our findings show that the device is an important new tool in managing postpartum bleeding,” says Dena Goffman, MD, professor of obstetrics & gynecology at Columbia University Vagelos College of Physicians and Surgeons and senior author of the study.  

“We had previously shown that the device worked well with patients who were experiencing relatively minor bleeding, so it's really reassuring to see that the device worked almost as well among a wider range of patients and when used by many different doctors.” 

Overall, the device succeeded in controlling hemorrhage in 93% of patients who delivered vaginally and 84% who delivered by cesarean. The results were published Sept. 14 in the journal Obstetrics & Gynecology. 

Postpartum hemorrhage is a major cause of severe maternal morbidity and death 

Shortly after birth and delivery of the placenta, the uterus contracts and closes off the blood vessels that nourished the placenta. Failure of the uterus to contract after delivery can result in prolonged and excessive blood loss, which may necessitate blood transfusions, ICU admission, or surgery to stop the bleeding and, if needed, removal of the uterus. 

"Less than 10% of people who give birth will have excessive postpartum bleeding, but when it happens it can get really serious really fast,” says Goffman, who co-authored the most recent guidelines from the American College of Obstetrics and Gynecology for the treatment of postpartum hemorrhage.  

In the United States, 12% of maternal deaths are attributed to postpartum hemorrhage.  

Current treatment options not ideal for all patients 

To stop excessive bleeding, clinicians usually start by manually stimulating the uterus and giving medications that help the uterus contract, but some of these drugs are not safe for patients with hypertension or asthma. When medication fails or isn’t an option, patients may be treated with a balloon-like tamponade device that is inserted into the uterus and controls bleeding by placing pressure on the uterine wall.  

Dena Goffman in the Mary & Michael Jaharis Simulation Center

Dena Goffman in the Mary & Michael Jaharis Simulation Center at Columbia University Vagelos College of Physicians and Surgeons. Photo by John Abbott.

Balloon tamponade devices have a high success rate, but this treatment has an impact on the patient and family experience. “The balloon often stays in the uterus for 12 to 24 hours until the uterus is well-contracted, and during that time the patient can’t sit up in bed, can’t walk around, can’t easily care for the baby,” Goffman says. 

New device approved in 2020 

In 2020, the FDA approved a new intrauterine device that uses low-level suction to promote uterine contractions and control postpartum bleeding. 

“With postpartum hemorrhage being one of the most preventable causes of maternal morbidity and mortality, practice-changing innovation was needed to better equip our teams and care for our patients,” says Mary D’Alton, MD, chair of the Department of Obstetrics & Gynecology at Columbia University Vagelos College of Physicians and Surgeons and national leader of the clinical trial that first tested the safety and efficacy of the device. 

In that initial trial, which led to FDA approval, the device controlled bleeding in a median of three minutes among 106 patients experiencing relatively minor blood loss after childbirth and was removed about three hours after insertion. Most patients in the trial delivered vaginally. The trial also excluded patients with preterm births <34 weeks.  

New study shows device is highly effective when used in real-world conditions 

The current study, which included more than 800 patients giving birth at 16 hospitals, was designed to study the effectiveness of the new device when used outside of a tightly controlled clinical trial setting. One third of the patients in the new study had a cesarean, and 50 patients had a preterm birth <34 weeks.  

Median blood loss volume before device insertion was also higher in the new study, reflecting a greater range in blood loss, with some patients losing substantial amounts of blood (up to 3 liters). Most patients had been treated with medications to manage postpartum bleeding prior to device insertion.  

Treatment with the new device was successful in 93% of patients who had a vaginal birth and 84% of patients who had a cesarean birth (similar to efficacy with intrauterine balloon devices). The device brought bleeding under control within five minutes or less for most patients. Treatment success rates were higher in patients with less blood loss prior to device insertion.  

What’s next 

The researchers say that early recognition of postpartum hemorrhage and timely intervention are crucial in managing the condition and preventing potentially life-threatening complications. 

“Postpartum hemorrhage is a treatable condition,” Goffman says. “Delivery teams need to be attuned to recognizing it quickly and managing it in a seamless and sequential manner before a patient experiences significant blood loss.” 

Additional studies comparing the new device with other treatments for postpartum hemorrhage are being planned to determine if using the device earlier produces better outcomes. 

“Until we have more data, we’re using the new intrauterine device after medications have been tried,” Goffman says. “But for patients with underlying conditions who cannot be treated with one or more of our available medications, the device is a critically important tool to have.” 


More information 

Dena Goffman, MD, is the Ellen Jacobson Levine and Eugene Jacobson Professor of Women’s Health (in Obstetrics & Gynecology) at Columbia University Vagelos College of Physicians and Surgeons. 

The article, titled "Real-World Utilization of an Intrauterine, Vacuum-Induced, Hemorrhage-Control Device,” was published online Sept. 14. 

All authors: Dena Goffman (Columbia University), Kara Rood (Ohio State University), Angela Bianco (Mount Sinai Icahn School of Medicine), Joseph Biggio (Ochsner Health), Paul Dietz (West Virginia University), Kelly Drake (Abbott Northwestern Hospital), Erica Heilman (ChristianaCare Health System), Maeve Hopkins (University Hospitals, Cleveland, Ohio), Monique De Four Jones (Long Island Jewish Medical Center), Tyler Katz (University Hospitals), Courtney Martin (Loma Linda University Children’s Hospital), Mona Prasad (Ohio State), Marcela Smid (University of Utah Health), Kathryn Wine (Alydia Health), Robert Ryan (Organon), Patricia Carney (ChristinanaCare), and Hyagriv Simhan (Pittsburgh Medical Center).

The study was funded by Alydia Health Inc. and Organon & Co. 

Disclosures are listed in the study.