STANFORD, Calif., April 6, 2021 /PRNewswire/ — once again is ranked as a national leader for pediatric organ transplantation, according to recent data from the (SRTR). The data is outlined in a new from Stanford Children’s Health, published today—the first day of .
The SRTR registry, which analyzes data collected by the Organ Procurement and Transplantation Network and other sources, noted the following achievements for Stanford Children’s Health in 2020:
- No. 1 in the Western United States in organ transplant volume in patients 18 years and younger, and No. 3 nationwide.
- No. 1 in the United States. volume and survival outcomes in
- Over the past five years, Stanford Children’s Health has performed more pediatric kidney transplants than any other U.S. program.
- One-year and three-year survival rates for Stanford Children’s Health kidney transplant patients are 100 percent.
- No. 1 in the Western United States in pediatric volume.
- The world’s first pediatric heart transplant was performed at Stanford more than 35 years ago. Since that time, the organization has performed more than 440 pediatric heart transplants.
- Stanford Children’s Health has performed the highest volume of pediatric heart transplants in California for nine straight years.
- In addition to performing 24 heart transplants in 2020, the team implanted 18 ventricular assist devices (VAD), which help extend patients’ lives until they receive a donor heart. Stanford Children’s Health is one of the highest-volume pediatric VAD programs in the United States.
- Stanford Children’s Health cares for some of the youngest, smallest, and most acute patients in the country. In 2020, four patients younger than 1 year were transplanted, with the youngest being just 5 months old.
- No. 1 in pediatric Western United States. volume in the
- Stanford Children’s Health has performed more than 800 pediatric liver and intestinal transplants since the inception of the program in 1995.
- The median liver transplant waiting time for Stanford Children’s Health patients is 2.7 months, compared with the national median of 10.1 months.
- Home to the only pediatric Texas. program west of
- The first pediatric heart-lung transplant was performed at Stanford in 1988, and since then, the organization has performed more than 85 pediatric lung and heart-lung transplants.
“This recognition as a top provider in the nation for pediatric transplantation is a testament to the providers, scientists, and engineers at Stanford whose collaboration continues to advance the field of transplantation,” said, chief of the Division of Transplantation at Stanford Children’s Health. “Achieving such high transplant volumes and success rates is especially significant to us at Stanford Children’s Health because we care for the most complex and acutely ill organ failure patients in the country, including many who have been deemed not suitable for surgery by other centers due to their high risk. Because of our extraordinary clinical breadth and coordination, we are able to provide the best possible care for these patients and their families to ensure great long-term outcomes.”
Stanford experts have performed a total of more than 2,000 pediatric solid organ transplants to date. Patients come from across the United States and even internationally to benefit from the expertise of Stanford Children’s Health’s pediatric transplant program. In 2020 alone, 20 pediatric transplant patients came from out of state.
In addition to kidney, heart, liver, intestine, and lung transplants, Stanford Children’s Health is a national leader in combined-organ transplants, in which two or more organs, such as heart-lungs, heart-liver, or kidney-liver, are given to the same patient in a single surgery. In the last five years, Stanford Children’s Health has performed nine combined liver-kidney transplants, seven heart-liver transplants, three heart-kidney transplants, two liver-intestinal-pancreas transplants, and two heart-lung transplants.
If not for organ donation, transplantation would not be possible. For the last two years, Stanford Children’s Health has earned thefrom the Health Resources and Services Administration’s for its outstanding contributions to raising organ donation awareness in the hospital and surrounding community. Currently, 42 pediatric patients are on the active waiting list for organs at Stanford Children’s Health.
Pioneering new approaches for pediatric transplantation
Stanford Children’s Health’s physician-scientists are continuing to advance Stanford Medicine’s . This includes a groundbreaking collaboration between the pediatric and kidney transplant teams to treat Schimke immuno-osseous dysplasia (SIOD), an extremely rare genetic disease that affects multiple systems in the body, including the kidneys and immune system.
The first-of-its-kind treatment is a two-transplant approach—a stem cell transplant, which provides the patient with a new immune system, followed by a kidney transplant from the same donor, usually a parent. Replacing a child’s immune system with a parent’s allows the transplanted kidney to be accepted by the body as if it were native. The risk of rejection that comes with kidney transplants is potentially eliminated—as is the need for long-term immunosuppressant medication.
“By removing the need for medication following transplants, we are removing the toxicities associated with these drugs,” said pediatric hematologist, who leads the stem cell transplant team at Stanford Children’s Health. “Without medications and long hours of dialysis, quality of life for these children is dramatically improved.”
Dr. Bertaina is the worldwide pioneer in the novel transplant technique that enables a parent to donate both bone marrow and a kidney to his or her child. The transplant method, known as alpha/beta T-cell depleted haploidentical stem cell transplantation, uses stem cells from a partially matched donor—such as a parent—who shares only half of his or her cellular immune markers with the recipient. In the technique, immune fighter cells called alpha/beta T cells are selectively eliminated from the donor’s stem cells before the cells are given to the child. This reduces the risk of graft-versus-host disease, which is otherwise a frequent complication of stem cell transplants.
“My hope is for these patients to live far beyond childhood and become adults with healthy immune systems and functioning transplanted kidneys,” said Dr. Bertaina.
So far, Stanford Children’s Health has used the double transplant approach to treat three patients with SIOD—including brother and sister Muscle Shoals, Alabama, the first pair of siblings in the United States to both be diagnosed with the condition. All three patients have been successfully transplanted and achieved full donor engraftment, as well as normal kidney function, eliminating the need for anti-rejection medications.of
“With the first SIOD patient, this approach was almost an unthinkable idea, and now it’s a reality. We can offer children with this condition a chance at a cure, and that’s very exciting,” Dr. Bertaina said. “We are very optimistic that this unique approach to treating SIOD could be used to treat other rare, genetic diseases in the future and are excited to begin exploring the possibilities.”
To register to be an organ donor, visit.
About Stanford Children’s Health
Stanford Children’s Health, with at its center, is the Bay Area’s largest health care system exclusively dedicated to children and expectant mothers. Our network of care includes more than 65 across Northern California and more than 85 locations in the U.S. Western region. As part of , a leading academic health system that also includes Stanford Health Care and the Stanford University School of Medicine, we are cultivating the next generation of medical professionals and are at the forefront of scientific research to improve children’s health outcomes around the world. We are a nonprofit organization committed to supporting the community through meaningful outreach programs and services and providing necessary medical care to families, regardless of their ability to pay. Discover more at .
SOURCE Stanford Children’s Health