MZ-STORE

D3 & K2 MK7 120 caps.

• Comprehensive support for the osteoarticular system
• High bioavailability and duration of action
• Synergism of both components of the preparation
• Promotion of proper hemostasis
• Support for the body’s immunity

MZ D3 + K2MK7 is a dietary supplement containing a synergistic combination of vitamin D3 and K2 MK-7, which comprehensively supports the health of the body, especially the osteoarticular and hematopoietic system.

Vitamin D3 is a compound produced in the human body in a multi-stage process that occurs in the skin, liver, and kidneys. Vitamin D3 is responsible for the proper absorption and metabolism of calcium inside bone tissue, protecting against the destruction of its structure. Cholecalciferol is also being increasingly recognized for immunomodulatory properties.

Vitamin K2 is produced by intestinal bacteria and its main task is to participate in the process of hemostasis. It is thus responsible for the proper course of blood coagulation. Moreover, it supports bone mineralization. Vitamin K2 in the form MK-7 is distinguished by much greater efficiency and a longer half-life than the MK-4 form.

Good condition of bones and joints
Nowadays, the fast pace of life requires adequate mobility. It is difficult to imagine any standstill; hence it is worth knowing how to care for the locomotor system and prevent its diseases. Increased bone fragility very often occurs during mineral deficiencies, and these are associated with insufficient sun exposure that is required for the production of vitamin D3.

This problem mainly affects people living in temperate climates and regions near the Arctic Circle. Therefore, they should implement supplements that will help them replenish deficient substances. Vitamin D3 facilitates the absorption of calcium ions from food and their incorporation into the structure of bone tissue. Vitamin D3 works in synergy with Vitamin K2, however, the latter acts in a slightly different field, because it stimulates the activity of cells producing bone matrix, as well as the transformation of osteocalcin.