Did a recent scientific analysis discover why your magnesium supplement feels like it does NOTHING?

Researchers found that the magnesium oxide in most store-bought supplements has a dismal 4% absorption rate*.

That means if your label says "400mg of magnesium"...

Your body is only getting about 16mg. The other 384mg? Just expensive waste.

No wonder you're still experiencing:

• Midnight wake-ups and racing thoughts
• Stress that feels impossible to manage
• That tight feeling in your chest that won't go away
• Poor recovery after physical activity

===> The complete 7-form magnesium solution your body needs

What your body ACTUALLY needs are the specific bioavailable forms that it can recognize and use:

✅ Glycinate - for relaxation and stress reduction

✅ Threonate - crosses the blood-brain barrier for cognitive benefits

✅ Aspartate - supports memory, learning, and neural connections

✅ Malate - enhances cellular energy and muscle recovery

✅ Taurate - calms the nervous system and supports heart function

✅ Plus 2 more crucial forms...

AND the 7 essential cofactors (like B6, manganese, potassium, and selenium) that help your body actually absorb and activate the magnesium where it counts.

===> Try the only full-spectrum magnesium with all forms + cofactors

Within just 3-7 days of switching experience:, you could

• Falling asleep faster WITHOUT that "knocked out" feeling
• Staying asleep through the night (no more 3AM scrolling)
• A calmer mind that doesn't spiral into stress
• Better recovery metrics on your fitness tracker
• More stable energy throughout the day

The difference isn't adding another supplement to your routine.

It's finally taking the RIGHT one in a form your body can actually use.

To transformative sleep and more peace,

~BIOptimizers

P.S. This is the same formula used by leading biohackers, functional medicine doctors, and professional athletes. Don't settle for the ineffective 4% absorption of regular magnesium oxide when you could be getting the full benefits of all 7 forms.

*Reference: https://pubmed.ncbi.nlm.nih.gov/11794633/