Neurodegenerative disorders
Regenerative medicine and the nervous system
Mesenchymal cell therapy represents an advanced alternative in the management of neurodegenerative diseases, helping to reduce inflammatory processes, promote neuronal regeneration and improve cognitive and motor functions.
Alzheimer's and Parkinson's
Neurodegenerative diseases such as Alzheimer's and Parkinson's progressively affect the function of the nervous system, impacting memory, movement, and quality of life.
These conditions are associated with neuronal loss, brain inflammation, and disruptions in neural communication.
How We Help You
At CELLGEN, we approach these conditions from a regenerative standpoint, using advanced therapies designed to target the cellular mechanisms involved in neurological decline.
Mesenchymal cells possess properties that can support the repair of nervous tissue and modulate the brain's inflammatory environment. Their ability to differentiate and release bioactive factors contributes to the protection, survival, and functionality of neurons.
Furthermore, these therapies may support improvements in motor and cognitive function by promoting neuronal regeneration and optimizing communication between cells of the nervous system.
Treatment benefits
- Promotes neuronal regeneration and protection
- Reduces inflammation in the nervous system
- Supports the improvement of cognitive functions
- Contributes to motor function and coordination
- Promotes survival and connection between neurons
- Potential to slow neurological deterioration
- Improves patient quality of life
Mesenchymal cell therapy represents a promising alternative in the treatment of neurological diseases, by focusing on the regeneration and protection of the nervous system, offering new possibilities in the management of these conditions.
Schedule an evaluation with our medical team and learn how CELLGEN's regenerative therapies can be tailored to your case. Regardless of the neurological condition, we can guide you on the best available options for you.
