Parkinson Part 2: Preparing the Ground to Awaken Stem Cells and Promote Brain Plasticity!

1 – Properly Preparing the Ground

To optimize the situation—that is, to preserve and awaken dormant stem cells—it is essential to create a fertile environment that promotes the flourishing of our neural stem cells.
It is somewhat like preparing a garden for abundant flowering or a generous harvest: the soil must be nourished with the right nutrients, watered regularly, and ensured that each seed receives enough light and air to thrive. Similarly, our stem cells need a healthy brain environment to prosper.

A. Reducing Oxidative Stress… and Lowering Chronic Inflammation

These two aspects also play a key role in the functioning of stem cells. However, since we have already covered them several times (see previous newsletters accessible below), we will not go into further detail in this edition.

To summarize, stem cell reservoirs are vulnerable to oxidative stress, and the resulting chronic inflammation hinders both their preservation and the awakening of dormant stem cells.
Thus, a diet rich in antioxidants, compounds that neutralize free radicals, can play a crucial role in countering this phenomenon. Berries, colorful vegetables, and green tea are excellent sources of antioxidants.

It should be noted that the active compounds responsible for the color of vegetables, fruits, and spices often have beneficial properties for cell protection.
The plant Vicia faba, which forms the basis of the AtremoPlus dietary supplement, contains various active compounds, including vitamins (A, B-complex, C, D, E), flavonoids, polyphenols, certain amino acids, as well as minerals such as zinc, known for their antioxidant and/or anti-inflammatory properties. These elements are also recognized for their role in the flourishing of stem cells.

B. The Importance of Growth Factors…

Note: This topic could not be presented without a minimum of scientific data. Feel free to read only the key points or go directly to the next section on Brain Plasticity if you wish.

Growth factors such as NGF (Nerve Growth Factor), BDNF (Brain-Derived Neurotrophic Factor), and other neurotrophins play a crucial role in the regulation of stem cells, particularly in the brain. Moreover, GDNF (Glial cell line-derived neurotrophic factor) plays a key role in the survival of dopaminergic neurons, which is crucial in the context of Parkinson’s disease.

These growth factors stimulate:

  • Proliferation (multiplication by cell division) of stem cells.
  • Differentiation of stem cells into specialized cells.
  • Protection and survival of stem cells (notably against oxidative stress and chronic inflammation).
  • Neurogenesis, particularly in the hippocampus and striatum, areas involved in memory, learning, and movement.

BDNF is essential for brain plasticity, promoting recovery after neurological injuries and repairing the nervous system.

But, once again, to produce BDNF and other growth factors, the body needs specific ingredients, and Vicia faba is rich in them.
It is a bit like a cooking recipe: to bake a cake, you need specific ingredients. In the same way, to produce neurons, the body requires the right components.

Growth factors act as biological messengers that tell stem cells where, when, and how to multiply, differentiate, and protect themselves.

👉 In diseases such as Parkinson’s, where dopaminergic neurons degenerate, these factors are essential for stimulating cell regeneration and protecting still-active neural stem cells.

C. Misfolded Proteins Disrupt Stem Cell Function

The accumulation of misfolded or aggregated proteins can interfere with the maintenance, proliferation, and differentiation of stem cells.

  • Stem Cell Depletion: Misfolded proteins can impair the self-renewal capacity of stem cells, accelerating aging and the loss of regeneration.
  • Loss of Function: Stem cells require a precise balance to differentiate into specialized cells. Misfolded proteins can disrupt this balance, affecting the production of new functional cells.

🧠 Example: In Parkinson’s disease, the aggregation of α-synuclein can impair the functioning of neural stem cells, thereby reducing their ability to generate new dopaminergic neurons.

A certain form of bidirectional interdependence can be observed:

  • Misfolded proteins can impair stem cells, reducing their regenerative capacity.
  • Healthy stem cells help combat protein misfolding, by promoting cell repair and neuroprotection.
  • Aging and certain diseases increase the burden of misfolded proteins, gradually depleting stem cells.

To limit this process, better gene readability and optimized gene expression are crucial. These improvements can be influenced by epigenetic mechanisms, which regulate gene expression positively.

Our scientific team has shown that the global DNA methylation biomarker can make genetic “scripts” readable again, facilitating proper protein folding and progressively reducing the accumulation of these toxic aggregates (see specific newsletter issue number 10 below). 

In summary, you can already take action by consuming essential ingredients capable of combating oxidative stress and chronic inflammation, key elements for the production of growth factors and the proper folding of proteins, both of which are indispensable for brain health. 
Although not all the mechanisms of the active ingredients in Vicia faba have been fully elucidated, many customers report a significant improvement in several aspects of their well-being.

2 – Brain Plasticity Through the Law of Hormesis

Now that we have seen how you can take action and provide your body with the essential active ingredients to protect your stem cell reservoirs and promote their activation, let’s move on to the next step. The second key element for creating new neurons and synapses—and thus strengthening your brain plasticity—relies on your physical and mental activity. By taking action, you can shape new cerebral realities.
Passively enduring the situation is a stance to avoid. It is essential to signal to your brain and body that they need new neural resources to carry out various cognitive and physical activities. 
To achieve this, it is crucial to gradually step out of your comfort zone by leveraging the law of Hormesis, a fascinating phenomenon that shows how moderate exposure to stress or challenge can strengthen an organism’s capabilities and improve its adaptation. 

This principle also applies to the brain: when stimulated in a controlled manner, it does not merely adapt but also enhances its protection and regeneration mechanisms.
Applying the principle of Hormesis means pushing your personal limits, briefly stepping out of your comfort zone, and then allowing time for recovery. When we reach our limits, the body strengthens itself to adapt.

In the context of Parkinson’s disease, this concept is closely linked to brain plasticity, the brain’s ability to create new neural connections, compensate for lost functions, and adapt to new situations.
Activities such as physical exercise, cognitive learning, and motor challenges can trigger this plasticity by activating the body’s natural repair mechanisms and promoting the production of new neurons.

However, for this stimulation to be beneficial, it must maintain a balance. Excessive or prolonged stress can have the opposite effect, depleting the brain’s reserves. The idea is to progress at your own pace, gradually increasing the difficulty of tasks or exercises to stimulate the brain and body’s resilience and adaptability while avoiding burnout. Listen to what brings you joy, introduce your body to new ways of acting, and remain attentive to what feels good for it.

By applying the law of Hormesis, the brain should not be seen as a fixed organ but rather as a living and dynamic entity, capable of adapting and strengthening itself in response to appropriate challenges.
The concept of brain plasticity can become a powerful driver, not only to slow down the loss of function but also to regain certain abilities. With targeted stimulation, a favorable environment, and a balanced approach, it is possible to fully harness this potential for adaptation and regeneration.

No matter the scale of progress achieved, every step forward matters—whether as simple as regaining the ability to dress independently, resuming a sport, gardening, improving concentration on a sudoku, or sharing a game of catch with grandchildren, all the way to “climbing a glacier in the Alps, accompanied by my daughter, a rollator, and caring individuals.” (Testimony from one of our clients who has been taking AtremoPlus for several years and was previously often in a wheelchair).

One particularly interesting point is that many AtremoPlus users report feeling a significant energy boost, making it easier and more motivating to initiate activities.
It is true that to challenge ourselves and fully benefit from the law of Hormesis, we need energy. This frequent energy surge observed in AtremoPlus users can be explained not only by an increase in dopamine levels in the brain but also by a significant rise in norepinephrine levels (on average +26%) (see newsletter issue number 24 below for more details).

This increase in norepinephrine promotes better concentration, increased energy, improved mood and well-being, while also helping to reduce stress and enhance sleep quality

In essence, the law of Hormesis answers a crucial question for regaining lost ground and awakening your reservoirs of dormant stem cells: 

👉 Why should your body develop new abilities or recover lost ones if you don’t give it a reason to do so?

👉 Why would it activate these capacities if you don’t demonstrate—through physical and/or cognitive exercises—that this demand is real and that you genuinely want to progress in this area? 

It is essential to find your own methods and identify how you can challenge your brain to signal the need for new neurons and encourage its adaptation. 

To provide you with even more concrete ideas on how to stimulate the awakening of dormant stem cells and optimize brain plasticity, our next newsletter will be entirely dedicated to exercises and methods—often fun and enjoyable—accompanied by scientific studies demonstrating their benefits.

And the good news is, there will be something for everyone! Some activities have been proven effective with minimal effort and are perfectly suitable even for very elderly individuals.

Of course, this newsletter is not intended to provide medical advice. For any medical concerns, please consult your healthcare professional.

 

 

This content may be important for people who need this natural solution. Thank you for sharing!

Facebook
Twitter
LinkedIn
VK
Telegram
WhatsApp
Email

By clicking the button below, I am leaving the information site:

Disclaimer:
Please note that this blog provides information about our AtremoPlus supplement and related topics.

This blog is not intended to provide medical advice. If you have medical questions, please consult your healthcare professional.

Leave a Reply

Your email address will not be published. Required fields are marked *