Your Supplements Have

Race Condition

You're taking the right packages. Correct versions. Proper doses.

Still nothing. Sound familiar?

It's a timing bug.

The Problem

Most developers take supplements the same way they write async code without await — technically correct, functionally broken.

Nutrient absorption isn't passive. It's a process with dependencies, conflicts, and execution order. Get the order wrong and you're running a perfectly written function that never returns anything useful.

The Correct Execution Order
08:00 → Vitamin D3 + K2 // fat-soluble: requires food with fat
13:00 → Omega-3 (high EPA) // run with largest meal, check for oxidation
22:30 → Magnesium Glycinate // 30min before sleep, not concurrent with calcium
Known Conflicts
// ❌ Race condition — compete for same absorption pathway
iron.take() && calcium.take()

// ❌ Null context — fat-soluble vitamins without dietary fat
vitaminD3.take({ withFood: false })

// ✅ Correct — separate by minimum 2 hours
await iron.take()
await delay(7200000)
await calcium.take()
The Deprecation Warning You're Ignoring

If magnesium has never done anything for you — check the form.

magnesium-oxide // absorption: ~4% ⚠️ deprecated
magnesium-glycinate // absorption: actual ✅ use this

Most pharmacy supplements ship oxide. It's cheap. It barely works. You've been running a known broken dependency this whole time.

Fix the Race Condition Before Adding More Packages

Better timing with your current stack will outperform a larger stack with bad timing.

For clean, bioavailable formulas that don't require you to debug the ingredient list — sunday.co.ua carries Sunday Natural, direct from Germany. The versions are correct by default.