STROKE & NEUROLOGICAL CONDITIONS
Regenerative Therapy for Brain
& Nerve Recovery
Regenerative Therapy for Brain & Nerve Recovery
Fountain of Eden Wellness offers regenerative therapies that may support recovery from stroke, traumatic brain injury (TBI), neuropathy, and cognitive decline. Under the care of Dr. Michele West-Harvey, MD, MPH, QIA, we use stem cell therapy, exosome therapy, secretome therapy, and NAD+ IV infusions to help promote neuroplasticity, reduce neuroinflammation, and support the body’s natural neural repair mechanisms. These therapies complement — not replace — conventional neurological care.
Regenerative therapies may support neurological recovery by promoting neuroplasticity, reducing inflammation, and enhancing cellular repair
Stem cell therapy using MSCs has shown promise in preclinical and early clinical research for stroke, TBI, and neuropathy recovery
Exosome therapy may be particularly relevant for neurological conditions because exosomes can cross the blood-brain barrier
NAD+ IV therapy supports mitochondrial function and may help protect neurons from further damage
Secretome therapy delivers concentrated growth factors and anti-inflammatory molecules without whole cells
Regenerative neurological treatment complements conventional care including physical therapy, speech therapy, and medications
Each protocol is personalized based on the type, timing, and severity of the neurological condition
Understanding Neurological Conditions and the Need for New Approaches
Neurological conditions — including stroke, traumatic brain injury, peripheral neuropathy, and neurodegenerative diseases — represent some of the most challenging health problems in modern medicine. The brain and nervous system have traditionally been considered limited in their ability to repair themselves, making recovery from neurological damage a slow, often incomplete process.
Consider the numbers: – Stroke is the leading cause of long-term disability in the United States – Approximately 2.8 million Americans sustain a traumatic brain injury each year – Over 20 million Americans suffer from some form of peripheral neuropathy – Neurodegenerative conditions like Alzheimer’s and Parkinson’s affect millions more
While conventional medicine excels at acute stroke intervention and stabilization, the chronic recovery phase often leaves patients — and their families — searching for additional options. Physical therapy, occupational therapy, and speech therapy are valuable, but they work within the brain’s existing capacity. What if we could enhance that capacity?
That’s where regenerative medicine enters the picture. At Fountain of Eden Wellness, Dr. Michele West-Harvey uses advanced regenerative therapies to support the body’s neurological repair processes — promoting healing that goes beyond what conventional rehabilitation alone may achieve.
What Neurological Conditions Can Regenerative Medicine Help Support?
Regenerative therapies at Fountain of Eden may offer supportive benefits for a range of neurological conditions:
Post-Stroke Recovery
After a stroke — whether ischemic (blood clot) or hemorrhagic (bleeding) — brain tissue is damaged or destroyed. While emergency medical intervention saves lives, many stroke survivors face lasting deficits in movement, speech, cognition, and daily functioning. Regenerative therapies may help support the recovery process by promoting neuroplasticity, reducing ongoing inflammation, and enhancing the brain’s natural repair mechanisms.
Traumatic Brain Injury (TBI)
From concussions to severe head trauma, TBI can cause persistent symptoms including headaches, cognitive fog, memory problems, mood changes, and difficulty concentrating. Even “mild” TBI can have lasting effects. Regenerative medicine aims to support neural recovery and reduce the chronic neuroinflammation that perpetuates TBI symptoms.
Peripheral Neuropathy
Neuropathy — nerve damage causing numbness, tingling, burning, and pain, often in the hands and feet — affects millions, particularly those with diabetes, autoimmune conditions, or chemotherapy exposure. Regenerative therapies may help support nerve repair and regeneration, potentially improving sensation and reducing neuropathic pain.
Cognitive Decline
Age-related cognitive decline, early-stage neurodegenerative changes, and “brain fog” from various causes may benefit from regenerative approaches that support neuronal health, reduce oxidative stress, and enhance mitochondrial function in brain cells.
How Does Regenerative Medicine Support Neurological Recovery?
The human brain possesses a remarkable — though limited — ability to reorganize and form new neural connections. This process, called neuroplasticity, is the foundation of all neurological recovery. Regenerative medicine aims to amplify neuroplasticity and create a more favorable environment for neural repair through several mechanisms:
- Reducing neuroinflammation — Chronic inflammation after neurological injury impedes healing. MSCs, exosomes, and secretomes release potent anti-inflammatory signals
- Promoting angiogenesis — Formation of new blood vessels to restore blood supply to damaged brain regions
- Supporting neurogenesis — Stimulating the growth of new neurons and neural connections
- Protecting surviving neurons — Neuroprotective factors may help prevent additional cell death in vulnerable brain areas
- Modulating the immune response — Preventing the immune system from causing ongoing damage to neural tissue
Restoring mitochondrial function — Supporting cellular energy production in neurons, which are extremely energy-depende
Our Regenerative Therapies for Neurological Conditions
Stem Cell Therapy — The Primary Regenerative Approach
Stem cell therapy using mesenchymal stem cells (MSCs) is our foundational treatment for neurological conditions. MSCs have demonstrated remarkable neuroprotective and neuroregenerative properties in preclinical research and emerging clinical studies.
How MSCs may support neurological recovery:
- Paracrine signaling — MSCs secrete a rich cocktail of growth factors, cytokines, and neurotrophic factors (BDNF, NGF, GDNF) that support neural survival and growth
- Anti-inflammatory effects — MSCs powerfully suppress neuroinflammation by modulating microglia and reducing pro-inflammatory cytokines
- Blood-brain barrier support — MSCs may help restore the integrity of the blood-brain barrier, which is often compromised after stroke or TBI
- Neural differentiation potential — Under certain conditions, MSCs may differentiate into neuron-like cells, though their paracrine effects are considered the primary mechanism of benefit
- Immunomodulation — MSCs help regulate the immune response in the brain, preventing autoimmune-mediated neural damage
MSCs can be delivered intravenously (IV), allowing them to migrate toward areas of inflammation and injury through a natural process called homing.
Exosome Therapy — Crossing the Blood-Brain Barrier
Exosome therapy may be particularly powerful for neurological conditions due to one crucial advantage: exosomes can cross the blood-brain barrier (BBB).
The BBB is a highly selective membrane that protects the brain but also limits what therapeutic agents can reach brain tissue. Many drugs and treatments simply can’t get through. Exosomes — tiny vesicles (30-150 nanometers) — are naturally equipped to traverse this barrier, delivering their regenerative cargo directly to brain cells.
What exosomes carry to the nervous system:
- MicroRNAs (miRNAs) — Regulate gene expression in target neurons, potentially turning on repair pathways
- Growth factors — Promote neuronal survival, axon growth, and synapse formation
- Anti-inflammatory proteins — Reduce neuroinflammation at the cellular level
- Neuroprotective molecules — Shield surviving neurons from oxidative stress and further damage
This ability to deliver regenerative signals directly into the brain makes exosome therapy a compelling option for conditions where the primary damage is within the central nervous system.
Secretome Therapy — Concentrated Healing Signals
Secretome therapy delivers the complete set of bioactive molecules secreted by stem cells — including growth factors, cytokines, chemokines, and exosomes — in a concentrated, cell-free formulation. For neurological conditions, the secretome may:
- Provide a broader spectrum of regenerative signals than exosomes alone
- Deliver potent neurotrophic factors that support nerve growth and survival
- Offer powerful anti-inflammatory and immunomodulatory effects
- Be administered without the complexity of live cell therapy
Secretome therapy can be particularly useful as a complement to stem cell or exosome therapy, amplifying the regenerative signal and supporting sustained neural recovery.
NAD+ IV Therapy — Neuroprotection and Energy Restoration
IV vitamin therapy with NAD+ (nicotinamide adenine dinucleotide) plays a critical supportive role in neurological recovery. NAD+ is essential for:
- Mitochondrial energy production — Neurons are among the most energy-demanding cells in the body. Declining NAD+ levels impair neuronal energy production, contributing to cognitive decline and slowing recovery
- DNA repair — NAD+ activates sirtuins and PARP enzymes that repair damaged DNA in neurons
- Neuroprotection — Adequate NAD+ levels may help protect neurons from oxidative stress and excitotoxicity
- Neuroplasticity support — NAD+ supports the cellular processes underlying the formation of new neural connections
NAD+ levels naturally decline with age and can be further depleted by neurological injury. IV administration ensures rapid, full-dose delivery directly into the bloodstream, bypassing digestive limitations.
Regenerative Neurological Treatment: Comparison Table
Feature | Stem Cell Therapy | Exosome Therapy | Secretome Therapy | NAD+ IV Therapy |
Primary Mechanism | Paracrine signaling & immunomodulation | BBB-crossing vesicle delivery | Concentrated bioactive molecules | Mitochondrial & DNA support |
Crosses Blood-Brain Barrier | Indirectly (through homing & signaling) | Yes (naturally) | Partially (exosome component) | Yes (systemic) |
Anti-Inflammatory | Strong | Strong | Strong | Moderate |
Neurotrophic Factors | Yes (secreted by MSCs) | Yes (carried as cargo) | Yes (concentrated) | Indirect support |
Cell-Free | No (living cells) | Yes | Yes | Yes (molecule) |
Delivery Method | IV or injection | IV or injection | IV or injection | IV infusion |
Typical Protocol | 1-3 sessions | 1-3 sessions | 1-3 sessions | Series of 4-10 infusions |
Best Combined With | Exosomes, NAD+ | Stem cells, secretome | Stem cells, exosomes | All therapies |
Dr. West-Harvey will recommend the optimal therapy or combination based on your specific neurological condition, timing since injury, and treatment goals.
The Neurological Recovery Journey at Fountain of Eden
We understand that neurological conditions affect not just the patient but entire families. Our approach is thorough, compassionate, and transparent:
- Comprehensive Neurological Consultation — Dr. West-Harvey reviews your complete medical history, neurological evaluations, imaging studies, and current functional status. We want to understand exactly where you are in your recovery journey
- Baseline Assessment — We may recommend additional lab work, including inflammatory markers, metabolic panels, and optional biological age assessment to understand your body’s overall regenerative capacity
- Personalized Treatment Protocol — Based on your specific condition — post-stroke, TBI, neuropathy, or cognitive decline — Dr. West-Harvey designs a multi-therapy protocol targeting the most relevant pathways
- Treatment Sessions — Therapies are administered in our comfortable clinic setting. IV infusions typically take 1-3 hours; injection-based treatments are shorter. Most patients find the process relaxing
- Rehabilitation Integration — We encourage continued physical therapy, occupational therapy, and speech therapy alongside regenerative treatments. These therapies are synergistic — regenerative medicine may enhance the brain’s ability to respond to rehabilitation
- Follow-Up & Monitoring — Regular assessments to track functional improvements, adjust protocols, and plan additional sessions as needed
For patients seeking a structured approach, our Neuro-Recovery Package combines multiple regenerative therapies into a comprehensive neurological support program.
Who May Benefit from Regenerative Neurological Treatment?
Regenerative therapies for neurological conditions may be appropriate for:
- Stroke survivors — Particularly those in the subacute to chronic phase (weeks to years after stroke) who have plateaued in conventional rehabilitation
- TBI patients — Including those with persistent post-concussion symptoms months or years after injury
- Neuropathy patients — Especially those with diabetic neuropathy, chemotherapy-induced neuropathy, or idiopathic peripheral neuropathy
- Individuals with cognitive decline — Early-stage cognitive changes, age-related memory concerns, or “brain fog”
- Patients seeking enhanced neurological recovery — Those who want to augment conventional rehabilitation with regenerative support
- Caregivers and families — Looking for additional options to support their loved one’s neurological recovery
Important note: Regenerative therapies for neurological conditions are complementary to standard medical care. They are not replacements for emergency stroke treatment, neurosurgery, prescribed medications, or established rehabilitation protocols. Dr. West-Harvey works alongside your existing neurological care team.
Frequently Asked Questions About Neurological Regenerative Treatment
Can stem cell therapy cure a stroke or TBI?
No therapy can undo neurological damage that has already occurred or “cure” a stroke or TBI. However, stem cell therapy and other regenerative treatments may help support the recovery process by promoting neuroplasticity, reducing ongoing neuroinflammation, and creating a more favorable environment for neural repair. Many patients experience meaningful functional improvements.
How soon after a stroke should someone consider regenerative therapy?
Timing matters. While regenerative therapies can potentially benefit patients at various stages, many practitioners believe there may be an optimal window — generally weeks to months after the acute event — when the brain is most receptive to regenerative support. However, patients years post-stroke have also reported benefits. A consultation with Dr. West-Harvey can help determine the right timing for your situation.
How do exosomes cross the blood-brain barrier?
Exosomes are naturally equipped to cross biological barriers, including the BBB. Their nano-scale size (30-150 nanometers), lipid bilayer membrane (similar to cell membranes), and surface proteins that interact with BBB receptors allow them to traverse this protective barrier and deliver regenerative cargo directly to brain tissue — something most drugs and larger treatments cannot do.
Is regenerative neurological treatment safe?
When administered by a qualified physician, regenerative neurological therapies have demonstrated a favorable safety profile in clinical research. MSC therapy, exosome therapy, and NAD+ infusions are generally well-tolerated. As with any medical treatment, potential risks exist, and Dr. West-Harvey will discuss these thoroughly during your consultation. All treatments use quality-controlled, thoroughly vetted biological products.
Will regenerative therapy replace my current neurological medications or physical therapy?
Regenerative therapies are designed to complement — not replace — your current neurological care. We encourage patients to continue all prescribed medications and rehabilitation therapies. In fact, regenerative treatments may help enhance your response to physical therapy and rehabilitation by promoting neuroplasticity. Dr. West-Harvey coordinates with your existing healthcare providers.
How many treatments will I need?
Neurological treatment protocols are highly individualized. A typical initial protocol may include 2-4 treatment sessions over several months, often combining multiple therapies (e.g., stem cells + exosomes + NAD+). Some patients benefit from periodic maintenance sessions. Dr. West-Harvey will outline a recommended protocol based on your specific condition and goals.
What improvements can I realistically expect?
Results vary significantly based on the type and severity of the neurological condition, time since injury, patient age, and overall health. Improvements may be seen in areas such as motor function, speech, cognition, energy, pain reduction (for neuropathy), and overall quality of life. We set realistic expectations during consultation and track progress objectively throughout treatment.
Can regenerative therapy help with peripheral neuropathy specifically?
Yes, peripheral neuropathy is one of the conditions where regenerative therapies have shown particular promise. MSCs and exosomes may help support peripheral nerve regeneration, reduce neuropathic inflammation, and improve nerve signaling. Patients with diabetic neuropathy, chemotherapy-induced neuropathy, and other forms may benefit. NAD+ IV therapy also supports nerve cell energy production and health.
Is there an age limit for neurological regenerative treatment?
There is no strict age limit. Dr. West-Harvey evaluates each patient individually based on their overall health, specific neurological condition, and treatment goals. Both younger patients recovering from TBI and older patients managing post-stroke recovery or neuropathy may be candidates for regenerative therapy.
How does NAD+ help with neurological recovery specifically?
NAD+ is a critical coenzyme in every cell, but neurons are particularly dependent on it. After neurological injury, NAD+ levels in brain tissue can become severely depleted. IV NAD+ therapy helps restore cellular energy production in neurons, activate DNA repair enzymes (sirtuins, PARPs), reduce oxidative stress, and support the metabolic processes underlying neuroplasticity and neural repair.
Hope for Neurological Recovery — Beyond Conventional Limits
Living with the aftermath of a stroke, TBI, or other neurological condition can feel overwhelming. Conventional medicine has made tremendous advances in acute care — but the long road of recovery often leaves patients searching for more.
Regenerative medicine offers a new frontier in neurological support. While not a cure, these advanced therapies may help your brain and nervous system access healing pathways that conventional rehabilitation alone cannot fully unlock.
At Fountain of Eden Wellness, Dr. Michele West-Harvey brings expertise, compassion, and cutting-edge regenerative science to patients seeking a better path forward in their neurological recovery journey.
Ready to explore regenerative support for neurological recovery?
- 📞 Schedule a consultation with Dr. West-Harvey to discuss your neurological condition
- 📦 Learn about our Neuro-Recovery Package for a comprehensive treatment plan
- 📖 Explore stem cell therapy, exosome therapy, and secretome therapy
- 🧬 Discover how NAD+ IV therapy supports neurological health
At Fountain of Eden, we believe in the brain’s remarkable capacity for renewal. Let us help you nurture it.