How Severe is Parkinson’s Disease?

Parkinson’s is a neurodegenerative disease that reduces the motor and cognitive abilities of the brain and body.

This condition can be categorized as a neurological disorder affecting and killing the dopamine-producer neurons in the brain.

Dopamine, a bodily chemical sends signals to the neurons in the brain to coordinate activities such as mobility and movement of different organs and parts.

The inability to generate this dopamine can restrict the brain from sending signals to eat, walk, and talk.

This disease is predominantly noted in patients above 60 years. Younger people are also affected by Parkinson’s disease due to environmental and genetic elements.

Let us check out the primary causes of Parkinson’s disease –

Symptoms

• Muscle and limb tremors; uncontrollable shaking
• Reduced and slowed down motor activities
• Stiffness of the limbs limiting movement
• Impaired body balance causes an unstable posture
• Difficulty with speech
• Unresponsive bladder and bowel problems
• Anxiety and stress
• Sleeping disorder
• Reduced cognitive capabilities
• Loss of smelling sense
• Lowered blood pressure or hypotension
• Concentration and memory loss

Causes

Reduced dopamine in the brain takes away the body’s ability to control voluntary and involuntary actions. Some of the leading causes of Parkinson’s disease involve –

• Mutated genes such as LRRK2, Alpha-synuclein, Parkin, and PINK1
• Breathing toxin elements such as asbestos
• Age
• Pre-existent brain injuries
• Inflammation

How Does Stem Cell Therapy Affect Patients with Parkinson’s Disease?

Stem cells can proactively renew the dopamine-producing neurons in the brain. It can proactively distinguish between dynamic cell types.

Studies were conducted on patients with Parkinson’s disease who displayed enhanced mobility of the face, gait, and limbs.

Parkinson’s disease treatment breakthroughs with stem cell solutions utilize mesenchymal stem cells derived from a healthy human umbilical cord (Wharton’s Jelly) to improve the sensory and neurological functions of the body.

Cutting-edge Parkinson’s disease treatment options have progressed dominantly. It has significantly reduced the symptoms of the disease and improved the motor abilities of the patient.

Impact of Mesenchymal Stem Cells to Treat Parkinson’s Disease

Innovative Parkinson’s disease treatments include the administration of mesenchymal stem cells based on the condition and health status of the patient.

Clinical experts thoroughly evaluate the eligibility to administer stem cell therapy. Blood tests for abnormal thyroid levels and pre-existing medical conditions are an essential part of this evaluation process.

If qualified, stem cell administration experts outline a transparent and patient-friendly protocol that includes several factors. It maps out the administration process, treatment duration, volume of dosage, number of therapy sessions, and the limitations of post-therapy.

MSCs are introduced to the patient’s body through intravenous injections. Stem cell therapy is a safe and non-invasive technique without any side effects.

It takes 4-5 days to complete the treatment procedure fully.

What are the Impacts of Stem Cell Therapy for Neurodegenerative Conditions?

Stem cell therapy offers long-term relief from a wide range of neurodegenerative diseases other than Parkinson’s.

Mesenchymal stem cells promote neurotrophic growth factor secretion that improves the neuron lifespan concerning several neuron injury conditions.

Moreover, the anti-inflammatory and immunomodulatory properties of MSCs promote the healing of wounds, replace damaged cells and tissues, enhance the body’s immunity, and prevent inflammation.

Patients with different conditions such as Alzheimer’s, multiple system atrophy, and motor neuron disease can also be treated with mesenchymal stem cell therapy.

Benefits and Applications of Stem Cell Treatment for Parkinson’s Disease

Advanced Parkinson’s disease treatment offers long-term regenerative solutions.

Let us explore in detail the wide array of benefits of treating Parkinson’s disease with effective stem cell therapy –

• Stem cells actively replace and repair damaged dopamine-generating cells to avoid the symptoms of Parkinson’s disease
• Accelerates the neurogenesis abilities of the body
• Speeds up the recovery process for dead neuron cells
• Fixes motor dysfunctions to ensure smooth mobility and reduced symptoms
• Enhances oxidation of the brain
• Reduces inflammation of the internal organs and cells
• Restricts elements and conditions that contribute to the formation of neurodegenerative diseases
• Improves body balance, functions, and stability
• Protects the healthy neurons from future damage
• Minimally invasive, no side effects, long-lasting results, and safe protocol
• Reduces oxidative stress in the brain
• Replaces damaged dopamine-production cells to reduce body tremors
• Improves brain cell functionalities
• Fixes bodily balance and stabilizes posture that is otherwise affected by cell death from Parkinson’s disease

Effective Stem Cell Therapy vs. Traditional Parkinson’s Disease Treatment

Stem cell therapy offers a wide range of benefits compared to traditional treatment methods for Parkinson’s disease. Here are some of the noteworthy points to consider –

• Effective compared to traditional medication such as dopamine agonists
• Non-invasive stem cell administration compared to surgical strategies like deep brain stimulation where electrodes are invasively introduced into the brain to accelerate the electrical impulses in the affected areas
• Safer method with minimum to no risks compared to traditional treatment methods with considerable risks to injuries