Improvement in Mobility and Cognitive Function in a 28- Year-Old Female with Autism following Regenerative Cell Therapy

This case highlights the potential therapeutic benefits of regenerative cell therapy in improving mobility and cognitive function in individuals with autism spectrum disorder (ASD). Her remarkable progress, particularly in her ability to navigate stairs, demonstrates the promising outcomes that may be achieved with targeted regenerative interventions. Further research and clinical studies are warranted to explore the efficacy and long-term effects of regenerative cell therapy in individuals with ASD and other neurological conditions.

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Patient Information:

Age

28 years old

Gender

Female

Ethnicity

White

Medical History:

Lifelong full spectrum non-verbal autism, no medications, alcohol, tobacco, allergies, or genetic diseases. Received significant vaccines at 6 and 11 months of age.

Presenting Complaint:

The patient’s mother expressed concerns about her daughter’s limited mobility and cognitive function, particularly regarding navigating stairs, which had been a challenge for her daughter throughout her life.

Treatment Approach:

She underwent a series of regenerative cell therapy sessions, consisting of six intravenous treatments of four units each, totaling 24 units, along with one unit administered intranasally. These treatments were conducted over consecutive months.

Clinical Observations:

Following the completion of the regenerative cell therapy regimen, both the patients mother and her physician noted significant improvements in her mobility and cognitive function, particularly in her ability to navigate stairs.

Pre-Treatment Observation:

Before initiating treatment, the patients mother documented her difficulty in navigating stairs, particularly when they visited a mall where she frequented a store located upstairs. She typically descended stairs one step at a time, requiring her mother to wait at the bottom for her to descend safely.

Post-Treatment Observation:

After completing the regenerative cell therapy regimen, the patient and her mother returned to the same mall and encountered the same set of stairs. However, to their surprise, she demonstrated a remarkable improvement in her ability to navigate the stairs. Instead of descending one step at a time as she had always done before, she confidently stepped down to the next step on each leg, a behavior she had never exhibited previously.

Physician Assessment:

Her physician corroborated her mother’s observations, noting the significant improvement in her mobility and cognitive function following the regenerative cell therapy. Her newfound ability to navigate stairs more efficiently and confidently was particularly noteworthy, indicating tangible neurological and motor function improvements.

Conclusion:

Reactivate Peak Performance.

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