CHARLOTTE, N.C. — Pam Kee calls herself a “mixologist.”
But the concoction in her blender comes together at a hospital.
Kee is a nurse at Carolinas Medical Center-University, where she assists Dr. Barry Schneider with an unusual therapy that can cure a potentially deadly gastrointestinal infection.
The treatment is called a fecal transplant — and it’s just what the name implies.
Feces from a healthy donor is transferred into a sick patient to create a new, infection-free environment in the gut.
It may sound disgusting, but it works.
The New England Journal of Medicine recently reported on a study in the Netherlands that found fecal transplants significantly more effective than standard antibiotics to treat the persistent infection called Clostridium difficile, or C. diff, for short.
“This is a procedure that is saving lives,” said Dr. Lawrence Brandt, a gastroenterologist at Albert Einstein College of Medicine in New York.
Brandt, who was not involved in the Dutch study, has been performing fecal transplants for 14 years.
“The only people who say it’s disgusting are sometimes the doctors,” Brandt said, “and even doctors are coming around now.”
Last summer, Schneider performed the first fecal transplant in Charlotte. He’s one of a handful of North Carolina doctors who have embraced the strange-sounding treatment.
Brandt estimates that fewer than 100 doctors in the country offer it now. But that’s about to change, as he and others pursue research they hope will bring the therapy into the medical mainstream.
Interest is high because of the dramatic rise of C. diff infection in the United States. An estimated 3 million cases occur each year in hospitals and nursing homes. The infection is linked to 14,000 deaths each year.
Patients often develop the infection after taking antibiotics that wipe out beneficial, as well as harmful, bacteria in the gut, and also after surgery, when immune systems are weak. The infection is hard to treat because the bug has become resistant to antibiotics.
Today, fecal transplants are typically considered as a last resort, after antibiotics have failed to cure recurrent infections. But that could change if research proves what doctors have reported anecdotally. Even before the Dutch study, Brandt published a report on 77 patients who had fecal transplants at five different centers. Ninety-one percent were cured after only one transplant; 98 percent after the others got a second.
The treatment appears to work because healthy bacteria in the donor’s feces repopulate the sick patient’s gut, restoring balance and preventing C. diff germs from causing disease.
“I think we’re on to something here,” Schneider said.
As medicine becomes more high-tech — from gene therapy to robotic surgery — these transplants stand in contrast. They’re about as low-tech as you can get, using the body’s natural byproduct.
Before Kee prepares a donation, she dons two surgical masks that she has sprayed with a “Rain Fresh” fragrance from an aerosol can.
“Two things you need in this job: a sense of humor and good air freshener,” she said.
Properly masked, gowned and gloved, Kee drops a scoop of the sample into a cheap Hamilton Beach blender and mixes it with salt water to produce what she calls “liquid gold.”
Each blender gets used only once.
When the mixture reaches the right consistency, she pours it through a gauze filter, and then fills more than a half dozen huge syringes. These go to Schneider, who uses them to transfer the healthy material into a sedated patient as part of a colonoscopy.
“There’s a big ‘ick’ factor” to the job, Kee said. She lost a few assistants who couldn’t stand the smell. But Kee embraces her reputation as “the Princess of Poop” and keeps her focus on the patients.
“You’re helping people,” she said.
These transplants are not new. Veterinarians have long used them to treat gut trouble in cows and horses. And the Chinese used fecal therapy for humans as far back as the fourth century.
But the New England Journal report, published in January, was the first to compare fecal transplants to antibiotics. Of 16 C. diff patients who received the transplants, 13 were cured after one infusion; two more after a second.