Neuro-Mag Magnesium L-Threonate for Brain Health and Memory: 90 Vegetarian Capsules

About this item

• For customers who may be sensitive to Magnesium products, we recommend taking a reduced dose of (1) capsule daily and slowly increasing the dosage to the recommended Serving Size of (3) capsules as needed. Customers with underlying digestive issues may also experience a negative reaction to the item.
• Maintain ideal magnesium levels - Magnesium does wonders for your brain, but unfortunately, most of us don’t get enough magnesium from our diets. That’s why supplementing with high-absorption magnesium is a great complement to your brain-friendly lifestyle choices!
• Live your healthiest life - For over 40 years, we’ve been developing advanced, effective formulas made with the highest standards and based on the latest scientific findings. We believe the answers to a healthier, richer life are within reach, and that rigorous scientific research is the path to get us there. That’s why so many of our nutritional formulas are designed using specific ingredients and amounts based on scientific studies.
• Keep your brain at its best - Your daily activities demand focus and adequate attention span. Still, over time, the little details can slip your mind and you find yourself looking for sunglasses on your head. Our magnesium L-threonate cognitive supplement helps maintain the crucial connections between your brain cells so your memory stays razor-sharp.
• Ingredients matter - Sourced using only the finest raw ingredients with the purity and potency your body deserves. The majority of our products are non-GMO, gluten-free and manufactured in the USA—and a Certificate of Analysis is available for every product we produce.
• Enhance memory, concentration, and cognitive function - Magnesium plays a crucial role in brain health, but not all magnesium supplements are easily absorbed by the body. Magnesium L-threonate is an exception! This form of magnesium is highly absorbable and can penetrate the blood-brain barrier, aiding in brain cell communication and signaling pathways linked to memory, learning, and focus.