These new norms of this law will become a warranty for the realization associated with right to wellness, meet the basic international maxims and needs in the area of medical care and law.The research of this systems of this effectation of various meals additives from the individual and animal organism is one of the most pressing issues today. The work of doctors, toxicologists, physiologists is geared towards learning the systems associated with the harmful aftereffect of meals ingredients, in addition to learning compensatory-adaptive reactions find more in reaction with their intake. Monosodium glutamate (E621) is widely used in advertising and marketing as a flavor enhancer and is included to numerous processed foods. Today, about 50% of store services and products contain this additive, even though the normal daily individual consumption in industrialized europe is more or less 0.3-1.0 g. The objective of this work is to evaluate the literature data in the aftereffect of monosodium glutamate on different body organs and systems of this body. The study utilized the bibliosemantic method of analyzing systematic magazines. This article evaluates 40 literary resources. Special interest is compensated to the resources for the last 5 years (2016-2021). This report about the scientific literary works shows the importance of additional research of meals ingredients and their impact when it comes to development of a scientifically based strategy for increasing the tolerance of humans and pets to xenobiotics by activating genetically fixed components, also by generating brand-new perfect adaptogens.The goal of the analysis was to figure out this content of lipids plus some biologically energetic substances in the seeds of hypericum perforatum L. , Zea mays L. and overground flowers of Equisetum orvense L. ; from the investigated objects there is gotten the sums of neutral and polar lipids using the expedient percent (%) result. There was founded common courses in them, there clearly was analysed some physical – chemical constants, there was used GC mas-spectroscopic analytical methods. In the sums of basic lipids qualitafively and quantitatively were identified over loaded, unsaturated and polyunsaturated fetty acids with high per cent content. Within the suns of polar lipids quantitatively and quantitativel tend to be confirmed phospholipids.On the cornerstone of investigatios in the definited objicts the were established consist of some biologically active substances- carotenoids and aminoacids.The content of bioactive compounds of perennial, fragrant types of tuberose or Polianthes tuberosa L. representing the genus Polianthes L., asparagus (Asparagaceae Juss) family, very attractive and commonly acknowledged when you look at the perfumery industry and very responsive to ecological circumstances, native to Mexico, was studied based on of raw materials associated with flowers for the said plant introduced to five different places of this BBG with different exposition and soil content by green technologies. On the basis of the evaluation of this soil gotten from all five locations, we could deduce, that the development and improvement the plant combined with quality and amount of gotten garbage substantially depend on the price of earth acidity, humus, while the content of standard feeders. Great results were revealed into the conditions regarding the experimental plot of fragrant flowers with sufficiently warmth, sunshine, and humidity. Applying 100% natural bio planning GeoHumate had a confident impact on the flowers on the experimental story in terms of the development Gut microbiome and improvement the plant and accumulation of bioactive substances. After performing GC-MS researches of tuberose, Polianthes tuberosa L., blossoms introduced by green technologies in five various areas associated with the BBG with various exposition and soil content, there have been identified essential genetic mapping compounds important for cosmetics, perfumery, medication, and of different fields.Due to the constant escalation in the number of clients with diabetes mellitus, as well as the improvement severe complications of the pathology, the search and growth of safe methods of therapy and avoidance of this disease is relevant. In this direction, it appears appropriate to study the healing and prophylactic properties of blueberry paste made making use of a distinctive THD-technology of this company Liqberry®. The point – experimental study of this anti-inflammatory properties of high-dose blueberry paste Liqberry® in a model of type 2 diabetes mellitus in laboratory Wistar rats. The experiment ended up being performed on 30 female Wistar rats in a model of kind 2 diabetes mellitus (DM 2), which was induced by subcutaneous management of protamine sulfate twice daily 1mg/kg for 15 days. Rats had been split into four groups 1, intact (n=6); 2, design DM 2 (n=8); 3, DM 2 + 8 g/kg paste (n=8); and 4, DM 2 + 20 g/kg paste (n=8). The rats obtained Liqberry® blueberry paste daily each day 1 week following the start es to normal amounts along with no effect on the number of lymphocytes into the blood of animals with DM 2. The link between the analysis indicate a pronounced ability of bilberry paste to reduce glucose levels, inhibit the development of inflammation and give a wide berth to a decrease in immunological reactivity induced by the modeling of DM 2. The high dose of blueberry paste (20 g/kg) Liqberry® had a definite benefit.