State stem cell agency, Shriners Children’s award $15 million to UC Davis CuRe trial
By Nadine A Yehya
Funding will support clinical trial testing stem cell treatment for spina bifida
(SACRAMENTO)
A team of UC Davis Health researchers, led by pioneering fetal surgeon Diana Farmer and bioengineer Aijun Wang, has been awarded nearly $15 million for groundbreaking work on a spina bifida treatment. The funding will allow the team to carry out phase 2 of a clinical trial that tests the first stem cell treatment for the birth defect. Spina bifida, also known as myelomeningocele, occurs when spinal tissue in a fetus fails to fuse properly during the early stages of pregnancy.
Launched in the spring of 2021, the CuRe clinical Trial (Cellular Therapy for In Utero Repair of Myelomeningocele) tests a one-of-a-kind treatment that uses placenta-derived stem cells to improve outcomes for children with spina bifida. The treatment, a stem cell patch, is delivered directly to the spinal opening of the fetus while still developing in the mother’s womb.
In its board meeting yesterday, the California Institute for Regenerative Medicine (CIRM) approved an $8.9 million grant to fund the CuRe trial. Shriners Children’s matched this funding with a $5.9 million grant. The funding application reviewers voted unanimously that the CuRe study has exceptional merit and warrants funding.
“We want to thank CIRM for their support of this program and our partner Shriners Children’s for making this important work possible. Their funding will help us achieve our goal of using stem cells before birth to improve the ability to walk and have bowel and bladder control in patients born with spina bifida,” said Farmer, distinguished professor of surgery and principal investigator for the CuRe trial.
About spina bifida and the CuRe clinical trial
Spina bifida happens when parts of the spinal cord and nerves come through the open part of the spine. It causes nerve damage and other disabilities. (Getty Images)
Spina bifida affects 1,500 to 2,000 children in the U.S. every year. Myelomeningocele is the most severe form of spina bifida. It results from incomplete closure of the spinal cord during gestation, which leaves a portion of the fetal spinal cord unprotected. The neuronal tissue damage to the spinal cord may lead to lifelong lower body paralysis and bowel and bladder dysfunction.
The Management of Myelomeningocele Study (MOMS) demonstrated that surgical fetal closure of the spinal cord defect in utero protected the previously exposed spinal cord and improved motor outcomes compared to repairing the defect after birth. The study established in-utero repair as the new standard of care of myelomeningocele.
The CuRe trial was developed to test whether placenta-derived mesenchymal stem cells can protect, repair and restore damaged spinal tissue beyond what surgery can accomplish alone.
During its first phase, the trial tested the safety of the treatment in six babies with spina bifida. The FDA and data monitoring board determined that the stem cell therapy is safe enough to proceed to the next phase of the trial.
Watch VideoDr. Diana Farmer with the first baby to undergo surgery and stem cell therapy for spina bifida.
Searching for a Spina Bifida Cure Part 1 - The Promise of Stem Cells
“The CIRM awards have made it possible for our research team to generate clinical grade stem cells at the UC Davis Good Manufacturing Product (GMP) facility, carry out studies for the FDA investigational new drug approval, and complete Phase 1 of the trial,” Wang explained. Wang, who is an expert in stem cell biology and bioengineering, is the co-inventor of the placental-derived stem cell treatment and the study’s co-principal investigator with Farmer.
Beverly Sturges, professor emerita and neurosurgeon at UC Davis School of Veterinary Science, with Spanky, a bulldog puppy treated with stem cells for spina bifida at 10 weeks old.
Over the years, Shriners Children's has also funded several spina bifida-related studies led by Farmer and Wang. These projects include developing innovative tissue-engineered bony scaffold for fetal treatment of spinal bifida and new spina bifida disease models, such as the guinea pig and English bulldog.
The new combined award supplies critical funding to support phase 2a of the clinical trial. It will allow the researchers to evaluate the preliminary success of stem cell therapy in additional 29 patients, as approved by the FDA.
“We are very grateful and proud that we now have both CIRM and Shriners Children’s as our partners for the phase 2 portion of the CuRe trial! It is this important partnership that is making this groundbreaking work possible,” Wang said. “It is a testimony to the team science approach that our team has always been taking to conduct innovative research and solve unmet medical needs.”
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