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One of the main fat-soluble vitamins is vitamin D, whose primary function is the regulation of calcium-phosphate metabolism and mineralization of bone tissue. Vitamin D occurs in two forms: vitamin D2 (ergocalciferol) – found in plants and fungi (mainly yeasts) and vitamin D3 (cholecalciferol) – produced in animals. Hypovitaminosis of vitamin D leads to metabolic bone diseases in children and adults and can also affect the incidence of many chronic diseases such as: multiple sclerosis, diabetes, rheumatoid arthritis, bronchial asthma, cancer, atherosclerosis, coronary artery disease and heart failure. The aim of the current study was to assess the content of vitamin D in dietary supplements available in pharmacies and supermarkets in the EU. The evaluation involved analysing the ratio of vitamin D content in supplements in relation to the typical demand of the organism. This study assessed 15 popular over-the-counter dietary supplements in the form of tablets, capsules, lozenges and lollipops for children as well as in the form of effervescent tablets. On the basis of the labels on the packaging, the vitamin D content of the supplements was assessed in relation to the dietary demands of the body. Self-administration of over-the-counter multivitamin supplements is not an optimal way to increase vitamin D levels. It is recommended, therefore, that individuals requiring vitamin D supplementation seek specialist medical advice to optimal treatment strategies.
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When asked to describe air pollution, the average person will invariably mention the word “smog”. Although the term is often poorly understood, social awareness of it is much higher than just a few years ago. In the era of globalization, it has become clear that smog goes beyond dust and gas pollution and encompasses the microbiological purity of the air. This is due, among other things, to the fact that the human body may not only be a reservoir but also an emitter of microbiological particles dangerous to health and life. According to Górny, SCMB (Harmful Microbiological Factors) are easier to aerosolize compared to other air pollutants [1]. It highlights the risk of infectious diseases from abroad, including allergic disease entities. It also emphasizes the close relationship between various types of air pollution.
Background. Herbs are used in both the food and pharmaceutical industry. The quality of products received from herbal raw materials depends primarily on the microbiological purity of herbs. The presence of germs in food products contributes to developing alimentary infections and to the contamination of food with mycotoxins. Decontamination with ultraviolet UV-C rays is a proven way to enhance the microbiological purity of food products as radiation directly affects the structure of the nucleic acid of living organisms and destroys them without selective biocidal activity. The aim of the study was to determine the microbiological purity of selected species of herbs and assess the possibility of using UV-C radiation to increase it. Material and methods. The scope of work included the separation of three dimensional fractions of dried herbs such as thyme, medical cistus and stinging nettle, and then subjecting them to UV-C light and determining the total number of germs in the herbs with respect to the control sample, which consisted of untreated herbs. Results. The tested herbs were characterised by diversified microbiological purity, depending on the species and a type of size fraction. Sterilisation of herbs with UV-C radiations allowed for increasing their microbiological purity as compared to the control sample, in the case of the fraction with the largest particle size by about 37% – thyme, 73% – cistus and 30% – nettle. Conclusions. The use of UV-C radiation allowed for considerable reduction of the number of germs found in the examined herbs.
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