Abstract: In Mongolia, flu and flu-like diseases affect many people, and pneumonia is a public health concern. Therefore, we have an urgent need to research and develop a new medicinal syrup to replace imported products using raw materials grown in Mongolia and to compare it with similar products. There are imported cough syrup products on the pharmaceutical market of Mongolia, but there are domestic pharmaceutical products. Moreover, there is limited research data on cough relief. The main goal of the research team is to compare the experimentally obtained syrup containing Plantago asiatica L, Malva Sylvestris L. and syrup containing Plantago major L. Juice, honey that produced by Monos Pharm LLC whish the cough relieving drug Gerbion syrup. Material and methods: The vivarium of the pharmacology laboratory, Drug research institute, TPC7062Ti mark IVC system (Shanghai Pretty Industries Co.,Ltd, China) in a special environment with one care and one feeding regimen (Lab Mice Diet, Constant Formula Balanced Nutrition, Jiangsu Xietong Pharmaceutical Bio- Engineering Co., LTD, China, www.jsxtsw.com ) used 64 non-WISTAR white rats weighing 180-218 g. Experimental rats were smoked with an aerosol of 17% citric acid aqueous solution for 5 minutes. The statistical processing of the research results was done using the One-Way ANOVA/Multiple comparisons data of the GraphPad Prism 8 program. Results and conclusion Expressing the number of coughs produced in the experimental rats as a percentage (%), the control group showed 3.95% cough relief, and the experimental group-1 by 48.4%, experimental group-2 by 71.1%, comparison group by 74.6%, respectively has reduced. Experimental group -2 and comparison group for dry cough caused by citric acid 17%, it affects the cough receptors in the mucous membrane of the respiratory tract and relaxes the bronchial muscles (A and C fiber).

Abstract: Burn injury causes considerable incidence of disability, increase of hospitalization and rehabilitation. It is a crucial factor of morbidity and mortality, throughout the world, especially in the developing countries. Burn wound healing is a complex process including inflammation, granulation, and regeneration of the skin tissue. There are many animal and mineral derived agents applied for burn wounds treatment. For example, minerals and animal yellow marrow are applied as standard topical therapy in healing of burn wounds in the history. Specially, Mongolian camel’s (Camelus Bactrianus) yellow marrow and cinders have been used the healing effect standard topical antimicrobial for burn wounds for several centuries. The present study aimed to determine the healing effect of “CIBO” ointment with animal and mineral raw materials on third -degree burn wound in rats. Introduction: In our study, we selected an ointment containing a combination of yellow marrow and cinder. In ancient times, Mongolians used camel yellow marrow to relieve joint pain, spread people who had been bedridden for a long time due to the disease, and to prevent caries, and to use it on open wounds. In traditional medicine, cinder has been used as a mineral raw material and has been used to treat frostbite and burns. Material and methods: In the Vivar Department of the Pharmacology Sector of the Drug research institute, 18 Wistar white rats weighing 182-220 g fed in one environment for (12 hours a day/12 hour a night) were randomly selected and divided into the following groups. These are: negative control, Group 1 “Yellow marrow + Uvs black cinder”, Group 2 “Yellow marrow + Uvs brown red cinder”, Group 3 “Yellow marrow + Chinese red cinder”, Group 4 “Yellow marrow + Chinese white cinder”, Standard “Mebo” wound ointment. The wound area was prepared by scraping the hair 5 cm from the back of the test animal’s skull. The prepared area was sterilized with 70% ethanol and 10% iodine solution, resulting in a third-degree burn wound of 2.4 cm2. Wound experiential’s ointments were applied once daily for a total of 28 days, and wound healing was evaluated at 0, 3, 7, 14, 21, and 28 days after pathogenesis, with 16.1-pixel accuracy. Photo confirmed using a SONY brand camera. Result: “CIBO” ointment contains four deferent cinders which are from collected from deferent area and that have been shown to good affect burn wounds, and is more compatible with yellow marrow than Group 4 (Yellow marrow+Chinese white cinder).
Wound healing variables of control group compared with group 4 (Yellow marrow + Chinese white cinder) increased by 11.1% on the 3th day, 4% on the 7th day, 44.8% on the 14th day, and 54.5% on the 21st day. On the 28th day, healing and regeneration were accelerated by 50%. Conclusion The group 4 (Yellow marrow + Chinese white cinder) has been shown to have a pharmacological action of rapid healing and regeneration of burn wounds caused by experimental rats. It has also been shown to have pharmacological action to regenerate skin tissue and suppress inflammation caused by burns. Inclusion of Chinese white cinder in “CIBO” ointment promotes regeneration and healing of “CIBO” ointment.

Introduction: In Mongolia, there is opportunity to replace importing products by using raw materials based on the animal and minerals. Those products can be used for medical purposes.
In traditional medicine, yellow marrow has been widely used to treat burns and mechanical wounds, as well as frozen and open wounds. The purpose of this study was to determine the pharmacological action of “CIBO” ointment. We created a model of mechanical wound to evaluate the healing of wounds and its index after applying the ointment contains the above mentioned raw materials. Material and methods: Four different groups of “CIBO” ointment was prepared in the technology sector of the Drug Research Institute. Mebo wound ointment was used for comparison as control. The study was con- ducted in the Pharmacology Sector of the Drug Research Institute on white rats of the WISTAR breed under one feeding regime and one condition (12h / 12h). Mechanical wound injury and exposure to open wounds in experimental rats and its size were measured on the 3^rd, 7^th, 14^th, 21^st, and 28^th days of treatment. Wound healing, morphology, structure, size, and its index was quan- tified based on the defects. The ointment were applied once a day during the treatment period of 28 days to cover the wound. Result: Mechanical wound showed that study treatment group healed 0-6.2% on the 3^rd day, 21.4-35.7% on the 7^th day, 50-60% on the 14^th day, and 33.3-50% on the 21^st day separately compared with the untreated group. On the 28^th day, all the groups were decreased by 66.6%. The wound index was between from 0.002 to 0.0005 in the all experimental groups. Among experimented groups, the group consists of yellow marrow and Chinese white cinder was showed better performance than other groups. Conclusion The study group 4 (Yellow marrow + Chinese white cinder) has been showed to have a pharmacological action of rapid healing and regeneration of burn wounds caused by experimental rats. It has also been shown to have pharmacological action to regenerate skin tissue and suppress caused by mechanicals. Inclusion of Chinese white cinder in “CIBO” ointment promotes regener ation and healing of “CIBO” ointment.

Abstract: CHUN-7 a Mongolian traditional recipe consisting of 7 medicinal plants is described in the scripture named “༆༆ །།གཡུ་ཐོག་པའི་མཛད་པའི་རིམས སྲུང་ཁྱུ་ལྔ་རྒྱམ་ཏོན་གསལ་བ །།”. The ingredients including Caowu (Radix Aconiti kusnezoffii, CW) and Glehniae Radix (GR) have the effects of suppressing pneumonia, viral pneumonia, relieving pain, stimulating the immune system and reducing fever. The present study was aimed to determine acute and chronic toxicity properties of traditional drug. Materials and methods: CHUN 7 traditional drug were prepared in the traditional medicine sector of the Drug research Institute of Monos group. All WISTAR rats were kept in the same feed, under 12 hours lighting and 12 hours darkness housing. The study of acute and chronic toxicity of CHUN-7 traditional drug was studied by using IP and oral administration were performed on ten WISTAR rats and continued for a total of 28 days with 102.9 mg / kg dose (calculated from human dose: 16.7 mg/kg) in accordance with the WHO General Guidelines for the Evaluation and Study of Traditional Medicine. Results: The result showed no structural changes in the internal organs according to tissue morphology when we administrated CHUN-7 traditional drug. Conclusion This study showed CHUN-7 traditional drug has no toxic effects to internal organs including liver, kidney, stomach, lungs and heart. Therefore, CHUN-7 traditional drug has potential to use orally without any toxicology.