Daily D3/K2

$50.00

Supports Healthy Bone Density^‡

$0.50/day · 90-day supply

A targeted D3/K2 formula featuring 5,000 IU vitamin D3, dual-form vitamin K2, magnesium taurate, and boron to support vitamin D status, calcium metabolism, bone health, and cardiovascular health.^‡

Vitamin D3 supports calcium absorption and healthy vitamin D levels, while vitamin K2 supports vitamin K-dependent proteins involved in bone and vascular health.^‡ Magnesium and boron provide additional mineral cofactors that support vitamin D metabolism and healthy calcium balance.^‡

A clean, capsule-based formula tested for purity, potency, and contaminants. Built for daily foundational support.

Per Serving

5,000 IU Vitamin D3 (as Cholecalciferol)
2,000mcg Vitamin K2 MK-4 (as Menaquinone-4)
180mcg Vitamin K2 MK-7 (as Menaquinone-7)
15mg Magnesium (as Magnesium Taurate)
1mg Boron (as Boron Glycinate)

How to Take

Take one (1) capsule daily with breakfast, or as recommended by your healthcare professional.

The Science

Daily D3/K2 was designed to support healthy vitamin D status, calcium metabolism, bone health, and cardiovascular health through complementary nutrient pathways.^‡ Vitamin D3 supports calcium absorption, vitamin K2 supports vitamin K-dependent proteins involved in calcium utilization, and magnesium and boron support vitamin D and mineral metabolism.^‡

Vitamin D and vitamin K synergy
Review discussing the complementary roles of vitamins D and K in bone and cardiovascular health pathways.
PMID: 29138634
Vitamin K2 and cardiovascular health pathways
Review discussing vitamin K2, vitamin K-dependent proteins, and calcium homeostasis in cardiovascular health.
PMID: 34785587
MK-7 and bone quality
Review discussing MK-7 bioavailability, vitamin K-dependent proteins, and bone quality and strength pathways.
PMID: 32244313
Magnesium and vitamin D activation
Review discussing magnesium’s role in vitamin D activation, calcium regulation, and bone-related physiology.
PMID: 29480918
Boron and vitamin D function
Review discussing boron’s role in mineral metabolism and vitamin D-related physiology.
PMID: 26770156