WHO BENEFITS FROM USING MAGTEIN POWDER?

Magtein powder is great for anyone who:

• Wants to Increase Memory
• Wants to Decrease “Fear” Memory
• Increase Overall Brain Function
• Decrease & Even Halt the Onset Of Memory Loss
• Sleep More Soundly

TOP 7 HEALTH BENEFITS OF MAGTEIN POWDER

• Decreases "Fear Memory"
• Increases Overall Brain Function
• Decreases and Even Halts the Onset of Memory Loss
• Better Sleep
• Increased Memory
• Repairs Damaged Synapses
• Boosts Neuron Activity

HOW TO TAKE MAGTEIN POWDER

The powder is tasteless and mixes easily into any hot or cold beverage. Take it with coffee, hot tea, or even a simple glass of water! It mixes well with any beverage.

Life has so many challenges and difficulties that even the most resilient of us can get bogged down in the negative events of the past or the anxiety of the future. Magtein helps your brain to overcome the bad memories & experiences and then improve the good ones!      

Magnesium deficiency in the brain leads to memory loss and a general decline in brain function. MAGTEIN is a form of magnesium known as magnesium-L-threonate.     

There are two types of memory – good and bad memory or what is known as fear memory. Fear memory is bad memories that often result in phobias and apprehension. You don’t know why you’re afraid of something, such as spiders or heights. These fears become imprinted in our brains as memory and get buried, causing worries that are often unexplained and sometimes crippling.     

Magtein increases the neurons and synapse density in the brain and, therefore, synaptic function and activity in the brain. Magnesium repairs the damaged synapses of the brain, which is the cause of various types of neurological and brain-related diseases      

Brain bio-availability and absorbability of magnesium are generally not high- it’s difficult for magnesium to cross the brain/blood barrier. Magtein is the only form of magnesium that has the ability to do that, crossing the brain/blood barrier. It builds the brain and increases memory function tremendously by increasing synaptic activity.