Healing the Brain, Restoring Potential

Rooted in nature and backed by science, these therapies activate the body’s natural repair process to help restore communication, learning, and emotional balance.

Restorative Treatments for Autism and Neurodivergence

Explore our specialized services centered on stem cell and exosome therapies — science-backed treatments designed to support brain repair, reduce inflammation, and improve quality of life for individuals with autism and other neurodivergent conditions.

Stem Cell Therapy

Stem cells are the body’s natural repair system. In children with autism, these cells can help reduce brain inflammation, restore damaged tissue, and support healthy brain development. Our approach focuses on using stem cells from safe, ethically sourced materials to help the brain heal itself — improving things like communication, focus, emotional regulation, and overall development.

Exosome Therapy

Exosomes are tiny messengers released by stem cells. They carry powerful healing signals that help calm the immune system, repair brain tissue, and improve how brain cells communicate. Because they’re so small, exosomes can cross into the brain easily and go straight to the areas that need help — making them a powerful tool for children with autism and other neurodevelopmental challenges.

Benefits of Our Therapies

Mesenchymal stem cell and exosome therapies work together to support the brain’s natural ability to heal, grow, and function more clearly. Stem cells act like the body’s emergency repair crew — they seek out inflammation and damage in the brain, calm the immune system, and release powerful molecules that rebuild neurons, blood vessels, and the scaffolding that supports healthy brain networks. When introduced into the body, they don’t just treat symptoms — they go to the source of the problem.

Exosomes are microscopic messengers released by stem cells. They carry healing signals deep into the brain, crossing the blood-brain barrier and activating powerful changes at the cellular level. They help detoxify the brain, reduce stress and inflammation, and guide existing cells to regrow and reconnect. When used together, stem cells and exosomes create a dynamic healing environment — one that can improve speech, focus, emotional regulation, learning, and social engagement in children and adults with autism and other neurodivergent conditions.

Reported Improvements from Families and Clinical Studies:

  • Improved speech and language development

  • Increased eye contact and social engagement

  • Better emotional regulation and fewer meltdowns

  • Enhanced focus, attention, and task completion

  • Greater receptive language and understanding of instructions

  • More consistent sleep patterns and mood stability

  • Reduction in repetitive behaviors or sensory overload

  • Increased independence and ability to follow routines

  • Noticeable gains in learning and memory

  • A general sense of calmness, clarity, and connection

Your Questions Answered

Our services focus on innovative treatments using mesenchymal stem cells and exosomes to support individuals with autism. Here are some common questions we receive:

What are Stem Cells and Exosomes and how do they help with autism?

Stem cells – specifically mesenchymal stem cells (MSCs) — are the body’s natural repair agents. They’re found in umbilical cord tissue, bone marrow, and fat, and their job is to find areas of injury, inflammation, or dysfunction and help restore balance. In individuals with autism, the brain often shows signs of chronic inflammation, immune system dysregulation, and disrupted neural connections. MSCs assist by:

  • Homing to inflamed brain regions

  • Suppressing immune system overactivation

  • Releasing anti-inflammatory and neuroprotective molecules

  • Stimulating the growth of new neurons and brain connections

  • Creating a healthier environment for the brain to function and grow

By calming immune chaos and rebuilding damaged pathways, stem cells offer a biological approach to addressing the core challenges behind many autism symptoms — not just masking them.

Plain Speak:
Stem cells are like the body’s emergency repair team. When something’s off in the brain — like too much inflammation or broken communication between brain cells — stem cells step in. They calm things down, clean up the mess, and help the brain reconnect and grow the way it’s supposed to. For many kids and adults with autism, this means better speech, focus, learning, and emotional balance.

 Exosomes – are tiny, naturally occurring particles released by stem cells. They act like microscopic messengers — carrying powerful proteins, growth factors, and genetic materials (like microRNAs) that help regulate inflammation, stimulate healing, and support brain cell communication. Exosomes are small enough to cross the blood-brain barrier, which allows them to deliver their cargo directly to areas of the brain that need repair.

In children with autism, exosomes assist by:

  • Calming harmful brain inflammation

  • Detoxifying damaged cells and tissues

  • Stimulating new neuron growth and reconnection

  • Balancing the immune system’s activity in the brain

  • Enhancing the effectiveness of stem cell therapy when used together

Many researchers believe exosomes are the key to amplifying and directing the healing potential of stem cells, especially in neurological conditions like autism.

Plain Speak:
Exosomes are like small healing packages that stem cells send out. They carry all the instructions and tools the body needs to calm inflammation, clean up damage, and help the brain grow and connect the way it’s supposed to. They’re small enough to reach deep into the brain and start helping right where it’s needed. When used with stem cells, combined with stem cells, exosomes boost therapeutic outcomes by increasing cellular communication, targeting, and regeneration within the brain.

How are stem cells and exosome therapies permitted in the U.S.?

The Right to Try Act is a federal law passed in 2018 that allows individuals who have exhausted all other approved treatment options to access investigational therapies — including mesenchymal stem cells (MSCs) and exosomes — outside of clinical trials. These therapies must still be under FDA review and must have completed Phase I safety trials. Both MSCs and exosomes meet this requirement. For example, Duke University has conducted Phase I trials using umbilical cord-derived MSCs in children with autism and found them to be safe and well-tolerated. Exosome therapy has also been evaluated in children with autism through pilot studies, including intranasal administration, showing safety and feasibility. The Act does not restrict how therapies are delivered, which means both intravenous (IV) and nebulized administration are permitted. IV delivery is widely used to distribute regenerative therapies systemically and to the brain through circulation, while nebulized delivery — inhaled as a mist — offers a needle-free alternative ideal for children or sensory-sensitive individuals. Our clinic meets these criteria and is willing to provide access to mesenchymal stem cell and exosome therapies under the Right to Try Act for eligible patients.

Plain Speak:
The Right to Try Act is a law that lets people try treatments like stem cells and exosomes when regular care hasn’t worked. These treatments have already been shown to be safe in early studies — including trials at Duke University for autism. The law allows them to be given through an IV or as a mist through a nebulizer. Our clinic follows the rules of the Act and offers these options to families who qualify, giving them a new path forward when nothing else has helped.

Are these treatments safe for children?

Yes — when properly sourced and administered by trained professionals, mesenchymal stem cell (MSC) therapy has an excellent safety profile, even in children. Hundreds of thousands of treatments have been performed worldwide with no evidence of tumor formation, rejection, or serious side effects. MSCs are immune-privileged, meaning they don’t trigger immune rejection, and they don’t replicate uncontrollably like embryonic or pluripotent stem cells can.

Clinical trials, including those at top U.S. institutions like Duke University, have consistently reported high safety in pediatric patients with autism. In these studies, children experienced no serious adverse events, and many showed encouraging gains in speech, behavior, and emotional regulation. Our foundation operates its own clinic in Troy, Michigan, and partners only with the most reputable stem cell laboratories and providers — all of whom follow strict quality controls, medical oversight, and ethical sourcing standards — to ensure every child’s safety and the highest standard of care.

Plain Speak:
Yes — Mesenchymal stem cell therapy is extremely safe for children when it’s done the right way. The kind we use doesn’t come from embryos and won’t be rejected by the body. These are natural healing cells that your body knows how to work with. Thousands of kids have already had this therapy safely, including in major medical studies. We make sure everything is done carefully, by professionals who’ve treated children just like yours.

How soon can we expect to see results?

Response time can vary depending on the child’s age, severity of symptoms, underlying health factors, and how the body responds to the therapy. Some families report improvements within hours, days or weeks, especially in areas like eye contact, speech clarity, emotional regulation, or sleep patterns. For others, changes may take several months to fully emerge as the brain heals and rebuilds at the cellular level.

These therapies work by first reducing chronic inflammation and calming the immune system, then gradually restoring neurological function, which takes time. Many clinicians and researchers suggest evaluating the full impact over a 3–6 month period, with continued improvements sometimes seen beyond that window — especially when combined with supportive interventions like diet, detox, or neurodevelopmental therapy.

Plain Speak:
Some kids start showing signs of improvement within a few hours, days or weeks — things like better focus, more eye contact, or calmer moods. For others, it can take a few months for the full effects to show. That’s because these treatments don’t just mask symptoms — they actually help the brain heal, which takes time. Most families start seeing noticeable changes somewhere between 1 to 3 months, with steady progress continuing from there.

How long do the effects last and how often is therapy needed?

Scientific Explanation:
The duration of therapeutic effects varies from child to child, but many families report improvements lasting several months to over a year with many families reporting  permanent changes after treatment. These therapies don’t just mask symptoms — they help repair inflammation, restore immune balance, and support brain healing at the cellular level. As a result, children often establish a new, higher baseline of function after each treatment.

These improvements are often cumulative, meaning that benefits from one round of therapy are retained and built upon if additional rounds are pursued. Clinical experience shows that most children do not regress to their pre-treatment state, but instead maintain and often expand on the gains they’ve made.

Plain Speak:
Most families see changes that stick — sometimes for many months or longer. These aren’t just band-aids; they help the brain actually repair and grow. After each treatment, kids usually settle into an improved new norm. And if they do more treatments later, they’re starting from that new baseline — not going back to square one.

There is no universal schedule for how often therapy is needed — frequency depends on the child’s unique biology, the severity of symptoms, and how well they respond to treatment. Some children benefit greatly from a single round and continue improving for months. Others may return for additional rounds spaced out over time, especially when early gains plateau or as development progresses.

In practice, many parents and providers find that each treatment helps lift the child to a new functional level — meaning they retain benefits and continue to move forward, not backward, between treatments. Follow-up timing is best determined in collaboration with your medical team, based on progress and individual goals.

Plain Speak:
Some kids just need one treatment to make big progress. Others might come back for another round a few months later to keep building on those results. What’s important is this: after every treatment, most kids reach a new level of ability, and they keep it. Even if more therapy happens later, they’re growing from a stronger place each time.

Get in Touch with Us