We are living in a unique environment, where daily stress, high information overload, and external irritants are part of our everyday lives. And it’s not a secret that protecting our brains from damage and maintaining their optimal function are crucial. Neuronal damage from factors like alcohol, stress, injuries, and natural ageing can lead to serious cognitive impairments and neurodegenerative diseases. Finding effective solutions to protect brain functions has become more important than ever.
The team at Normotim has conducted a series of studies on the effects of lithium on neuroplasticity and neuroprotection, using a new compound of lithium salts and ascorbic acid. Their findings reveal that this new blend, named lithium ascorbate, has properties that can significantly improve neuron health and support their viability.
Protecting neurons from toxic damage
One of the key aspects of neuroprotection is safeguarding neurons from toxic damage. Research by the Normotim team has shown that lithium significantly increases neuron survival when exposed to glutamate. While glutamate is an important neurotransmitter, in high concentrations it becomes toxic and can cause neuron death, especially during traumatic brain injuries or strokes. Lithium ascorbate doubles neuron survival rates, highlighting its strong neuroprotective properties and making it a promising solution for preventing and reducing brain damage.
Preservation of the myelin sheath
The myelin sheath plays an important role in transmitting electrical signals between neurons. Research has shown that toxic exposures, such as alcohol, can significantly damage it. The team conducted experiments on rats exposed to alcohol.
Viacheslav Rastashanskiy, head of the Normotim development team and mental health advocate, explained: “In the group that received only alcohol, neuronal damage reached 36%, whereas in the group that received lithium ascorbate along with alcohol, damage was reduced to 18%, with a significant portion of the damage being reversible. This clearly demonstrates the importance of lithium ascorbate in maintaining adequate lithium levels to preserve the myelin sheath and protect neurons from destruction.”
Increase in BDNF levels and neuroplasticity
One of the most significant effects of lithium is its ability to increase the levels of BDNF (Brain-Derived Neurotrophic Factor). BDNF promotes the growth and development of neurons, enhancing cognitive functions and memory. Higher levels of this protein lead to the branching of axons and dendrites, increasing the number of connections between neurons and improving the brain’s neuroplasticity. This is especially important for recovering from damage and maintaining high cognitive activity.
For individuals under high stress, lithium ascorbate can be a must-have in maintaining brain activity and protecting neurons. Its ability to reduce toxic damage, preserve the myelin sheath, and boost neuroplasticity makes it essential for brain health.
Viacheslav Rastashanskiy summarised: “Our research with Normotim shows the importance of keeping sufficient lithium levels for effective neuroprotection and neuroplasticity. Lithium ascorbate stands out as a powerful supplement in protecting neurons from toxic damage, preserving the myelin sheath, and increasing BDNF levels. These attributes make it a promising option for neuroprotective and neuroplastic therapies, enhancing cognitive functions and brain health.”
To learn more about Normotim lithium ascorbate, visit the official website.
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The information provided in this article is for educational and informational purposes only and should not be construed as medical advice. Ask your doctor before taking Normotim.
Julian Carter, a psychology graduate from the University of Hertfordshire, has a keen interest in the fields of mental health, wellness, and lifestyle.
