Life Extension Neuro-Mag® Magnesium L-Threonate

Description

Magnesium Specifically Designed for Brain Health

Life Extension Neuro-Mag Magnesium L-Threonate is a specialized magnesium supplement featuring a patented form of magnesium (Magtein) developed by MIT researchers specifically for its ability to cross the blood-brain barrier and increase magnesium concentrations in the brain. Unlike other magnesium forms that primarily support muscle and cardiovascular function, magnesium L-threonate was engineered from the ground up for cognitive and neurological applications.

Research published in the journal Neuron demonstrated that magnesium L-threonate significantly enhanced learning ability, working memory, and both short-term and long-term memory in study subjects.

Key Benefits

• Patented Magtein form clinically shown to increase brain magnesium levels
• Supports synaptic density and plasticity — the structural basis of learning and memory
• May help maintain healthy cognitive function during aging
• Supports quality sleep without daytime drowsiness
• Promotes a calm, focused mental state by supporting healthy neurotransmitter activity
• Research-backed at MIT with published peer-reviewed studies
• Also provides systemic magnesium benefits for overall health

Who It’s For

Neuro-Mag is specifically designed for men who prioritize cognitive performance alongside physical health. It is particularly relevant for men over 40 concerned about age-related cognitive decline, professionals who need sustained mental clarity, and anyone who has tried standard magnesium supplements for brain fog or sleep issues without satisfactory results.

This is not a general-purpose magnesium supplement — it is a targeted nootropic that happens to use magnesium as its delivery mechanism. Life Extension was among the first supplement companies to bring Magtein to market, and they remain one of the most trusted sources for this innovative ingredient. If your goal is brain health specifically, magnesium L-threonate offers something that glycinate, citrate, and oxide simply cannot provide.