A Controversial Autism Treatment Is About to Become a Very Big Business
By Anna Merlan,
Vice
| 10. 06. 2021
When desperate parents are looking for medical treatment for their kids, especially their autistic kids, they often do two things: They look up information about a program at Duke University, and then, in short order, they go to GoFundMe. The fundraising site is full of pleas that often mirror one another, in essence saying: My child has one hope, and that hope is in stem cell and cord blood treatments.
This hope, though, is attached to treatments that are hotly disputed at best, unproven at worst, and often very expensive in either case. At Duke University’s Marcus Center for Cellular Cures, parents can enroll their children into a number of clinical trials that aim to study the effects of cells derived from umbilical cord blood on treating the effects of autism and brain injuries; adults can also participate in a trial testing whether cord blood can help them recover from ischemic strokes. And when parents can’t get their children into any of these clinical trials, particularly for autism, they often opt for what’s called the Expanded Access Program (EAP)...
Related Articles
By Erik Adams, Sundance | 09.08.2026
The scariest movie playing at the 2026 Sundance Film Festival isn’t about cursed audio recordings or a killer demon disguised as your true love; rather it’s a 110-minute essay film about how a handful of guys obsessed with numbers and...
By Katie Bo Lillis and Zachary Cohen, CNN | 09.18.2026
The intelligence report, circulated across the US military this spring in the midst of the war with Iran, immediately set off alarm bells: A Chinese ship in the Middle East was transporting components of a nuclear weapons program.
The US...
By Miryam Naddaf, Nature | 09.21.2026
A wave of epigenetic therapies is offering hope as ways to cure chronic hepatitis B — a lingering liver infection that is caused by the hepatitis B virus (HBV) and affects more than 250 million people around the world. Currently...
By Karen Weintraub, Endpoints News | 09.16.2026
To better understand certain neuropsychiatric disorders, researchers at Stanford University have bred rodents that lack a cortex and hippocampus and then replaced those missing brain cells with human ones.
The altered mice, a scientific first, provided insights that would not...