NICS D vitamin + Kalcium

It belongs to the group of fat-soluble vitamins. Vitamin D3 is formed in the skin from dehydrocholesterol produced by the liver in response to sunlight. Vitamin D has a special characteristic: it is formed by exposure to sunlight, one of the ultraviolet rays in particular has the ability to convert steroids in the skin into vitamin D. It is the kidneys and liver that complete the positive effects of ultraviolet radiation and give vitamin D the opportunity to develop its activity and be converted into its active form. Many people think of vitamin D as a hormone rather than a real vitamin. It is one of the substances produced by the endocrine glands.

Its main natural sources are

Fish liver oil, sardines, herring, tuna, salmon, milk and dairy products.

Why is vitamin D important?

Vitamin D contributes to the maintenance of normal blood calcium levels, normal absorption and utilisation of calcium and phosphorus (phosphorus is involved in the maintenance of normal bone structure), plays a role in cell division, contributes to the maintenance of healthy muscle function, bone structure, normal dentition and normal immune function.

The body has more calcium than any other mineral. Calcium and phosphorus together are responsible for healthy bones and teeth. The bulk of the calcium in the human body is found in bones and teeth. 20% of the calcium in adult human bones is absorbed and replenished each year. The body needs sufficient vitamin D to absorb it. In addition, it plays an important role in the regulation of excitability and muscle growth. In special circumstances, such as pregnancy, supplementation may be necessary.

Main natural sources

Milk and dairy products, all types of cheese, sardines, salmon, nuts, sunflower seeds, green vegetables.

Why is Calcium important?

It contributes to muscle growth and the normal functioning of digestive enzymes. It is involved in normal blood clotting, normal energy metabolism and normal nerve transmission. Calcium is necessary for the maintenance of normal bone structure and dentition. It also plays a role in cell division and specialisation.

Vitamin K is a fat-soluble vitamin. Vitamin K2 is found in its natural form mainly in foods produced by bacterial fermentation, such as mature cheeses. It is also found in foods of animal origin, such as foie gras, goose legs and chicken livers. Vitamin K is involved in normal blood clotting and the maintenance of normal bone structure.

Vitamin B9, also known as folic acid, is a water-soluble compound that is actually not a single pteridine derivative but several pteridine derivatives with similar structure and action. Folic acid was discovered in the 1930s by Dr Lucy Wills in experiments on anaemic people using yeast.

Its main natural sources are

Leafy vegetables (Brussels sprouts, broccoli, lettuce, spinach), black-eyed beans, liver, yeast, peanuts, walnuts.

It contributes to the normal functioning of the nervous system, to the maintenance of normal psychological function and to the reduction of fatigue and tiredness. Involved in normal energy-producing metabolic processes, plays a role in cell division. Vitamin B12 contributes to normal immune function, normal red blood cell formation and normal homocysteine metabolism.

Live flora is made up of beneficial, living microorganisms that help maintain a healthy balance of gut flora by surviving the acidic environment in the digestive tract. Our products contain high germ counts of several live flora and Inulin, which promotes their reproduction.

The term Probiotic, also known as Living Flora, is of Greek origin, meaning for life. In its modern sense, the term probiotic was first used by R. B. Parker in 1974 to describe the organisms and substances responsible for the microbial balance of the intestinal tract. The characteristics of probiotics are that they are of human origin, non-pathogenic, resistant to the action of gastric acid, bile and digestive enzymes in saliva, pancreas and intestinal fluids. They retain their resistance during the shelf life of foodstuffs and during technological processes. In addition, probiotics are able to adhere to mucosal cells, exerting an antimicrobial effect against potential pathogens and reducing the adherence of pathogenic microbes to the mucosal surface. Probiotics are mostly lactic acid bacteria and bifidobacteria. The majority of the best known probiotic strains of lactic acid bacteria belong to the genus Lactobacillus, with a minority belonging to the genus Streptococcus.

Prebiotics are the natural nutrients that are typically the exclusive nutrients of probiotics and therefore promote their proliferation and predominance. In the oral cavity or gastrointestinal tract, digestive enzymes do not break down prebiotics, so they can pass undigested into the large intestine. Prebiotics are dietary fibres, but they are water soluble, making them the most excellent of all dietary fibres. In addition to their dietary fibre function, their real utility lies in the fact that they are the sole food source of probiotics. As the large intestine is already low in digestible food, i.e. relatively malnourished, ingested prebiotics offer the opportunity for the proliferation of human-friendly gut bacteria.

In their natural state, they are found in many foods, e.g. Jerusalem artichokes, chicory root, onions, garlic, leeks, artichokes, wholegrain cereals, wheat, bananas, flax, spinach, spinach, cabbage, Swiss chard, mustard, berries, pulses, milk and most mature cheeses.

One type of prebiotic is Inulin, basically a dietary fibre that enters the colon undigested, enhancing the reproduction and overgrowth of probiotics.

Their role: digestion, intestinal flora balance

Our intestinal tract, the largest surface area of our body, is about 7-9 metres long and is the way we communicate with the outside world. This makes it a potential site of attack for pathogens and toxic substances. Under normal conditions, the gut contains around 200-400 strains of bacteria. During foetal life, beneficial bacteria predominate in 95-98%. A healthy gut flora provides protection against many pathogens, ensures the integrity of the gut lining and helps the body absorb the nutrients it needs. They produce many vitamins essential for the body. If the defence mechanisms of the digestive tract are weakened, this can cause, among other things, a disturbance of absorption processes.

In order for probiotics to be able to have an effect on their environment, high abundance is a prerequisite, which means at least 108 c.f.u. organisms per gram of intestinal fluid.

What does the term c.f.u. mean?

c.f.u.: colony-forming unit per millilitre, the number of viable micro-organisms (germ count). In preparations, the number of bacteria is usually expressed in this unit. However, Inulin is expressed in mg. A minimum of 109 c.f.u. is accepted as an appropriate dose.

What is an effective live-flower preparation?

• Prebiotics promote the growth of probiotics, so the preparation should contain Inulin or fructo-oligosaccharides.
• They are resistant to the action of stomach acid, bile and digestive enzymes, allowing the beneficial bacteria to live and enter the large intestine, where they can multiply and thrive. It is essential that the bacteria retain their viability during their passage through the gastrointestinal tract.
• Good live-flora preparations contain a minimum of 5 to 6 strains, as we want to replenish the diverse multicultural gut bacteria.
• They retain their resistance during their shelf life and during technological processes.
• They contain an adequate number of germs, with a minimum of 108 or 109 colony forming units recommended by experts.