TREATMENTS

Autism Treatment

Stem cell-based Autism Treatment aims to address core symptoms of ASD by targeting neurological deficits and promoting neural regeneration, offering hope for improved communication and behavior.

Stem Cell Therapy for Autism

Autism symptoms typically emerge around age 2, with diagnosis possible as early as 1.5 years. Some signs may appear even earlier. Prompt evaluation is crucial, as early detection enhances recovery prospects. Addressing developmental delays promptly can mitigate their impact.
The exact causes of autism remain uncertain, but evidence suggests a blend of environmental, biological, and genetic factors. Genetic predisposition appears significant, with families having an autistic child facing a 5-20% higher likelihood of another child being autistic.
Key Benefits of Stem Cell Treatment for Autism
Improved cognitive and behavioral function.
Enhanced communication skills.
Reduced sensory sensitivities.
Potential for long-term improvement

Autism Stem Cell Treatment

New studies indicate that stem cell therapy holds promise for treating autism by targeting underlying causes such as oxygen deprivation, immune dysfunction, and inflammation. At StemCells21, we employ Mesenchymal Stem Cells (MSCs) extracted from the umbilical cord matrix in our autism treatment program. Our therapy aims to enhance angiogenesis and cerebral blood flow, regulate immune function, and reduce inflammation, ultimately alleviating autistic symptoms. Additionally, our therapy has shown benefits in supporting brain development in younger autistic children.

Autism stem cell treatment focuses on restoring lost or impaired neuron connections, forming new neuron connections and speeding up brain reactions by improving synaptic transmission and the development of new neuron connections.

Mode of action and therapeutic benefits of Mesenchymal Stem Cell treatment for autism.

Our center has observed promising results with umbilical cord mesenchymal stem cell (UC-MSC) therapy for Autism Spectrum Disorder (ASD). Here are some potential mechanisms of action and therapeutic benefits.

Mode of Action:

Immunomodulation: UC-MSCs possess immunomodulatory properties, regulating the immune response in individuals with ASD. This may help mitigate abnormal immune responses and inflammation, factors implicated in ASD development and progression.
Trophic support: UC-MSCs release growth factors and neurotrophic factors, aiding neuronal survival, growth, and function. These substances may enhance connectivity and functionality of neural circuits affected in individuals with ASD.
Neurotransmitter modulation: UC-MSCs can adjust the balance of neurotransmitters in the brain. This adjustment may counter the abnormal neurotransmitter levels seen in ASD individuals, potentially improving behavior and cognitive function.

Therapeutic Benefits:

Improved behavior and social interaction:
UC-MSC therapy has been suggested to potentially improve social skills, communication, and behavior in individuals with ASD. This can include increased eye contact, improved social responsiveness, reduced repetitive behaviors, and better adaptive skills.
Inflammation reduction:
Cognitive improvements: Studies suggest potential enhancements in cognitive function, including attention, memory, and learning abilities, in ASD individuals following UC-MSC therapy.
Inflammation reduction:
UC-MSCs' anti-inflammatory effects may diminish neuroinflammation in ASD individuals, potentially alleviating associated symptoms.
Safety and tolerability:
UC-MSC therapy has generally been considered safe and well-tolerated in clinical trials conducted so far. This is an important consideration when exploring potential treatment options for individuals with ASD.

Stem Cell Benefits for Autism

Cross the endothelial brain barrier.
Migrate to sites of injury (chemotaxis).
Communicate with and alter nearby cells (paracrine effect).
Encourage existing cells to self-repair (autocrine effect).
Immune modulation.
Transform into neurons and glia.
Promote the formation of nerve cell axons (axogenesis).
Release neuroprotective factors.
Encourage existing cells to adapt (neuroplasticity).

Outcomes of Autism Stem Cell Therapy

Enhanced immunity.
Improved metabolism.
Reduced repetition.
Increased communication ability.
Improved memory and learning capacity.
Improvements in verbal skills, writing skills, self-care skills, attention span, and concentration.
Tolerance to different foods.

Our Therapeutic Services

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Gene therapy edits genetic defects in stem cells, treating a wide range of diseases, including currently incurable

Gene Therapies
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Biotech aims for global leadership in gene therapy products and devices, driven by collaboration and innovation.

ACellular Therapies
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PRP injections accelerate healing for various conditions, from sports injuries to skin rejuvenation.

Platelet Rich Plasma