Immunity Plus Gummies

Smart support for the immune system.
With valuable micronutrients.
Every day we deal with the question of how we can strengthen our immune system in a healthy way. Due to stressful everyday life or certain situations where we are often demanded more than we can perform, which leads to physical exhaustion, fatigue and stress, our immune system is constantly burdened.

That's why we developed our Women's Best Immunity Plus+ Gummies. We focused on creating an all-in-one formula that provides you with the best possible supply of essential micronutrients on a daily basis.

If you look at the formula in detail, you'll find valuable zinc, vitamin C, vegan vitamin D3, and bioactive all-trans vitamin K2-MK7 from the company K2Vital®, among other ingredients. The micronutrients used are effectively combined by us in fruity gummies, these are 100% vegan and contain purely natural flavors as well as colorants.

We have made sure that the research-based health claims are validated by the strict requirements of the EFSA. Thus, both vitamin C and vitamin D contribute to a normal immune system, while zinc protects cells from oxidative stress and vitamin K2 supports optimal heart health.

In addition, the latest research on immune defense has shown that vitamin K2, together with vitamin D, makes an important contribution to strengthening our immune system. The vitamin K2Vital® we use is all-trans bioactive, which means that it has reached the highest optimal level in the purification process.

Which vitamins and minerals are included?
Women’s Best Immunity+ Blend contains:

Vitamin C
Vitamin C helps to support a healthy immune system and is a powerful antioxidant, which helps to protect cells from oxidative stress. It is key in supporting the production of collagen in the skin, bones, cartilage and teeth. It is also vital in supporting the body’s healing process and tissue repair.

Zinc
Zinc is an essential trace element that is vital for all humans. According to scientific studies, people who frequently work out or suffer from stress are often deficient in zinc. But not only athletes and people under stress can benefit from taking zinc supplements, vegetarians, vegans and people with an unbalanced diet also benefit. This trace mineral plays a key role in cell growth and division, insulin storage, protein synthesis and immune function, and is an antioxidant.

Vitamin D3
Vitamin D3, also called the sunshine vitamin, supports the normal functioning of the immune system and plays a key role in the process of cell division. It supports normal cardiovascular function, supporting a healthy inflammatory response. It also helps maintain normal bones, teeth and muscle function, and aids in the absorption of calcium into the bones.

Vitamin K2-MK7 All-Trans (K2Vital®)
While vitamin K1 is easy to get from a healthy diet, vitamin K2 is not as widely available, yet it plays a vital role in many aspects of our health. New immunity research shows that together with vitamin D it makes significant contributions in strengthening our immune system.

Vitamin K2-MK7, a subtype of K2, supports optimal heart and bone health, including the maintenance of bone density. It prevents blood vessel calcium build-up and helps to transport calcium to the bones and joints – where it belongs. It also supports a healthy gut microbiome.

The K2Vital® All-Trans is bioactive, meaning it has achieved the highest optimal level in the purification process.

D3+K2 synergy
Vitamin D and Vitamin K2-MK7 both play an essential role when it comes to regulating the metabolism of the most abundant mineral in the body, calcium. Both fat-soluble vitamins work best in conjunction with one another by moving calcium away from the arteries and into the bones with better absorption. In order for calcium to actively bind into the skeletal system (where it belongs), it depends on D3 & K2 to synergize. D3 is in charge of producing two major calcium-binding proteins, but needs K2 to activate them through carboxylation, otherwise calcium remains inactive and is rather deposited into the cardiovascular system, increasing the risk of heart disease.