Neurodegenerative

Introduction to Neurodegenerative Conditions

Neurodegenerative diseases, such as Alzheimer’s, Parkinson’s, autism, and post-stroke recovery, involve the progressive degeneration of the nervous system, leading to severe cognitive and motor impairments. While traditional treatments primarily focus on symptom management, stem cell therapy offers a potential breakthrough by addressing the underlying damage.

Stem cells can differentiate into neural cells and possess properties that promote repair and reduce inflammation. By harnessing these regenerative capabilities, stem cell therapy aims to improve outcomes and quality of life for patients facing these challenging conditions.

Stem cell therapy shows promise for various progressive neurodegenerative conditions, including:

Alzheimer's Disease Targeting cognitive decline and promoting neural regeneration.
Parkinson's Disease Aiming to restore dopamine-producing neurons and alleviate motor symptoms.
Autism Focusing on enhancing neurodevelopmental functions and social interactions
Post-Stroke Recovery Supporting brain repair and improving functional recovery after stroke-related damage.

By utilizing the body’s natural healing mechanisms, stem cell therapy has the potential to alter the course of these conditions and enhance the quality of life for affected individuals.

Intrathecal administration of Stem Cells

Stem Cells and Exosomes respond to inflammatory led requests for healing from chronically damaged or diseased organ tissue.
Suitable for patients on medication, or with one or more organs functioning outside of normal ranges for their age.
Usually treated with a single IV, more severe or long-term conditions may require 1 or more repeat treatments.

IV Stem Cell treatment

IV treatment is always recommended. The benefits of IV treatment for these patients is also two-fold:

1. IV primary purpose: While most of these conditions have their main attack on the central nervous system ( brain and spinal cord) they also affect nerves throughout the body, especially over time. Blood flow throughout the body carries Stem Cells and Exosomes to repair and regenerate potential nerve damage throughout the peripheral nervous system and the gut (often known as the second brain).
Systemic anti-inflammatory effects have many potential benefits.

2. IV secondary purpose: The patient’s other organs and internal medicine system is working harder to compensate for the reduced capacity caused by the primary condition. The Stem Cell & Exosome IV treatment also can respond to these secondary organs and muscles to regenerate and repair damage. Additionally, many medications require demanding kidney and liver processing which treatment can help repair and prevent.
Systemic anti-inflammatory effects have many potential benefits.

Organ Function Stem Cells Experts

At CRC, we focus on improving and preserving organ function through cutting-edge regenerative therapies. Whether you are experiencing issues related to liver, kidney, or cardiovascular health, our team of experts works to restore and optimize organ performance. Our innovative treatments aim to support your body’s natural healing processes, helping you maintain essential organ function and improve your quality of life.

Dr. Jorge Tagle, M.D.

Leading Stem Cells expert

One of the most prestigious specialists in Aesthetic procedures and Cosmetic Surgery in Tijuana, Mexico.
Owner of the ITC (Cell Therapy Institute), the biggest and most important Cell Banks in Mexico. He has treated Pro-Athletes and important politicians.

Mario Adolfo Cota Hermosillo, M.D.

Dr. Cota has focused on regenerative medicine since 2021, with extensive experience in applying stem cells in clinical practice. Currently pursuing a Master’s in Regenerative Medicine, he is already contributing to patient treatment and outcomes. His background in Anesthesiology provides a deep understanding of pain management, further enhancing his impact on patient care.

Patient Success Stories

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