Introduction: Constipation is highly prevalent, often chronic gastrointestinal disorder that affects adults. The treatment with classic drugs did not cut, in one hand with the inadequate relief of bloating and other symptoms, and with the luck of efficacy in relieving constipation. Therefore, the search for novel safe laxative drugs seems, inevitable. Rheum undulatum L. was traditionally used in constipation, thus we have attempted to evaluate the laxative effect of Rheum undulatum L. Purpose: The laxative effect of Rheum undulatum L. was evaluated against loperamide induced constipated rats. Methodology: Fifteen male normal rats were used in this study. Fifteen male constipated wistar albino rats weighing 180-250 g were also used for the study and randomized into three groups (n=5) in each of the experiments. Constipated control group rats oral administrated distilled water. Constipated rats (treatment groups) were treated with 4.1 mg/kg dose body weight /day of the preparation for one day and also Laxing a standard drug was used for the reference group. The fecal weight, the fecal humidity laxative activity were monitored in experimental rats.Results: Constipation was successfully induced in the rats by loperamide as seen in the elevated fecal properties compared to the control rats. The Rheum undulatum L. compounds preparation administered orally produced significant laxative activity and reduced loperamide induced constipation in dose dependent manner as seen in the increase of fecal output. The same doses of the Rheum undulatum L. compounds preparation produced a significant increase (P<0.05) fecal weight, the faeces humidity. The effect of the compounds preparation compares favourably well with Laxing, a standard laxative drug. Conclusion: The results of this study justify the use of Rheum undulatum L. compounds preparation as a laxative in traditional medicine. The produced significantly increase in fecal output of rats and the stimulation of gastrointestinal motility. Keywords: Laxative, gastro intestinal motility, loperamide, constipated

Abstract: Since the ancient times Mongolian traditional medicine widely used a sheep’s fat tail. As sheep fat tail oil is natural originated pure product, which has high concentration of unsaturated acid and valuable treatment and nutritional efficiency, this study was conducted to identify the possibility to use sheep fat tail oil instead of cosmetic raw material. We prepared bodylotion, bodycream and bodybutter base from sheep fat tail and determined “pH” MNS 1474:2000, “Acid number” MNS 1131:2000, “Heat stability” MNS 4961:2000 and microbiological analysis. From our results it is shown that cosmetic products, meets the standard requirements. Key words: sheep fat tail, cosmetic products

Introduction:The present study shows the processing of the pharmacopoeia article for the preparation of Di- clofenac sodium extended release matrix tablet formulated from alternative characteristic poly- mer. The matrix tablets were prepared according to traditional method of the wet granula- tion for tablet form medicine.Method: A standardization study made use of several international pharmacopoeias, such as the Mongolian National Pharmacopoeia (MNP 2011), United States Pharmacopoe- ia (USP 32), Chinese Pharmacopoeia (CP 2010) and U.S Department of F.D.A for the sub- stance’s requirements.Result: The results from this study showed a completely processed manufacturing pharma- copoeia issue of the Diclomon 100 mg retard tablet and its technological and standardized re- quirements.

Abstract:In the recent years, The pharmaceutical manufacturers interest to natural medicines and biological active preparations from animal, plant and mineral raw materials. According to some sources, Plantago majus contains polysaccharides and aucubin. Some researchers investigated aucubin that is anti inflammation and antimicrobial activity. Many anti cough formulations that are contains Plantago majus sold in pharmaceutical market. For example: Herbion, Pectoral manufactured by KRKA, Naturwaen and Mepha, respectively.The aim of this study determination of aucubin and biological active substances in Plantago majus that is growth commonly in Mongolia.The result of this study, Plantago majus leaves are estabilished polysaccharide 4.66%. Leaves of Plantago majus has been extracted by water(1:5), water (1:10), 30 % sorbitol and 20% ethanol, then determination aucubin and polysaccharide. The results, polysaccharide was 4.12%, 3.46%, 0.336% and 2.65%, respectively. Aucubin was 2.88%, 3.44%, not determined 30% sorbitol extract and 1.88%, respectively.

Abstract:Currently, Mongolian 33 domestic pharmaceutical industries produce totaly of 364 different of drugs into pharm market, that includes 82% of the hard drug form of tablets, capsules, 14% of the liquid formulated drug form and 4% of the soft drug form. On the International pharmacopoeia articles such as Brithish pharmacopoeia have reported 11 types soft drug forms clearly. But, now in our national pharmacopoeia articles involved 3 types of soft drug form of cream, suppositorium, eye soft drug forms. So there are need to increase a number of soft drugs into national pharmacopoeia articles. Thus, we put our main goal is to make comperative study of national and international pharmacopoeia article of soft drug forms. This study will help to enter soft drugs in to National pharmacopoeia in the future.Keywords: Soft drug form, crem, supposi torium, eyes soft drug forms, Pharmacopoeia soft drug form articles.

Introduction: Achillea asiatiсa has been used in traditional medicine for one hundreds of years. Many compounds have been isolated from /Achillea asiatica/, including flavonoids, sesquiterpenes and essential oils. Salsola collina herb grows in Siberia, Baikal and Altai. It contains a variety of amino acids, flavonoids, glycosides, and vitamins. It has a positive effect on metabolism of fats in liver, regulates cholesterol and sugar in the blood and is recommended for weight reduction. Salsola collina is widely distributed in droughty and semi-droughty area, which is used as a kind of folk remedy in traditional Chinese and Mpngolian traditional medicine for treatment of hypertension and liver protectevity . Goal: The aim of study is to choose optimal extragent and determination liver protecting activity in Achillea asiatiсa, Salsola colina and to determine main substances in these herbals. Material and Methods: Achillea asiatiсa was collected from Dorgonot mountain Tuv province in June of 2012, Salsola colina were collected from Medicinal botanical garden of Drug Research Institute in August of 2012. Maceration was chosen by suitable extraction method and optimal extragent was ethanol. Flavonoids were determined in evaporated extract of Achillea asiatiсa, Salsola colina using the method by Mongolian National first Pharmacopeia. We use non line wistar rats, determination liver protecting activity biochemical analysis by Hospitex analyzer. Result: Liquid extracts were obtained from Achillea asiatiсa, Salsola colina with maceration method. Liquid extracts were evaporated on Vacuum rotor. The tehnological parameters of liquid extracts are the main important index to calculate the extragent correctly, to establish the material balance exactly, and to extract the process efficiently. 70% ethanol (1:10 sample/extragent) was determined by optimal extragent for Achillea asiatiсa, 80% ethanol (1:10) for Salsola colina. Achillea asiatiсa, Salsola colina were have liver protecting activity. Conclusion: Some technological parameters of liquid extract were determined such as optimal extragent and the effective extracting method of Achillea asiatiсa, Salsola colina. As the result of determining these parameters, it has much practical significant for establishing the technological condition to extract the biological activity compounds completely from their plants. Key words: Achillea asiatiсa, Salsola collina, technological pharameters, flavonoid, anthraquinons, liver protecting activity