Conclusion On Establishing The Mineralization Of Tamed And Extracted Spar
- VernacularTitle:Шимжүүлж Номхотгосон Жоншны Эрдэсжилтийг Тогтоосон Дүн
- Author:
Uyanga B
1
;
Seesregdorj S
1
;
Soyolt T
1
Author Information
- Publication Type:Journal Article
- Keywords: Establishing; spar; element; mineralization; calcium
- From: Journal of Oriental Medicine 2011;1(1):61-65
- CountryMongolia
- Language:Mongolian
- Abstract: Abstract The scientists established that in the present time, consumption of medication containing chemical agents in its compound is increased in 2.1 – 2.8% and consumption of medication made with natural raw material in 3.5 – 4.8%. However, reserve of medicines of natural origin herbs became very rare and issues on their protection and cultivation of them are discussed a lot. In contrary, raw materials of mineral origin medicaments that are widely used in drug treatment of traditional medicine have such advantages as having sufficient resources, require no high technology for their storage and transportation and they are rarely polluted and spoiled. On the basis of above background, we put goal for our research work to tame the spar and explore the mineralization composition contained in it. Male spar selected for our research work is crystal of age of 750 years with the sediment of Medium Paleozoic limestone from the cave “Tsagaan agui”, Bayanlig soum, Bayankhongor aimag. According to the traditional medicine spar is called as precious stone and bone elixir and it is function is to stop diarrhea, eliminate the cancer of stomach and fever, and joint the bones [1]. We tamed the selected spar in milk and alcohol according to the traditional method [2], and carried out the trial using the roentgenfluorescence tools HOBIRA- 500W. The present tools determines the quality and quantities of the chemical elements in the solid powder sample by the roentgenfluorescence method (MNS JIS K 0119:2003) according to the standard requirements creating x-ray in the tube with high voltage and burning and then determine the mineralization measuring the created fluorescence ray. The main component of untimed spar is CaCO3 and some mixtures of such elements as Si, FE, MN, Al, S, Na, Mg and they exist in the form of oxide or carbon oxide salt. After taming the spar by traditional methods it became small crystal no razor edge soft and its colour turns into withish yellow, taste became sour and spicy, odour was sour and with milk odour, and it became soluble in water. It is established that elements such as Si, P, F, Mn which may be harmful for human organism were reduced in two kinds of tamed spar and besides that content of Ca, a useful element was increased in the tamed and extracted spar and but useful elements such as Na, Mg and K were reduced in the strong tamed spar.
