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Ethnic medicine is an important part of traditional Chinese medicine, which has encountered many problems in the development process, such as the lack of effective inheritance of valuable experience and practice, weak basic research and lack of talents, serious destruction of ethnic medicine resources, uneven quality of medicinal materials, weak intellectual property protection, etc. To sum up, these seriously restrict the development of ethnic medicine. Here, the authors propose some corresponding suggestions according to these problems. Firstly, we should try our best to protect and mine relevant professional books for promoting national medicine culture, establish complete system of national and local standards, strengthen the construction of standardized planting bases and germplasm resource banks, build a well-known brand of ethnic medicine and give full play to the leading role of the brand. Secondly, we should strengthen basic research on ethnic medicine and build an integrated system of production-study-research. By integrating the strength of culture, scientific research, talents and industry, this paper hopes to promote the vigorous development of ethnic medicine.
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Ten triterpenes compounds were isolated from the methanol extraction of the latex of Euphorbia resinifera by means of various chromatographic methods such as silica gel, ODS and semi-preparative HPLC, Their structures were identified by spectroscopic methods and physicochemical properties. These isolated compounds were identified as 3-hydroxy-25,26,27-trinor eupha-8-ene-24-oate (1), iso-maticadienediol (2), 25,26,27-trinorTirucall-8-ene-3-ol-4-acid (3), dammarendiol Ⅱ (4), eupha-8,24-diene-3-ol-26-al (5), lnonotusane C (6), eupha-8,24-diene-3-ol-7,11-dione (7), inoterpene A (8), inoterpene B (9), and eupha-24-methylene-8-ene-3-ol-7,11-dione (10). Among them, compound 1 was a new natural product, compounds 2-4 were firstly isolated from the Euphorbiaceae and compounds 5 and 6 were isolated from the genus Euphorbia for the first time. The cytotoxicity of the compounds 1-10 against MCF-7, U937 and C6 cancer cell lines was evaluated, but none of the compounds was active.
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To provide molecular evidence for medical material identification, we analyzed the nucleotide sequence of ITS2, psbA-trnH gene in Morus genus plants and commercial products which were obtained from different places in Xinjiang. The sequence of ITS2 and psbA-trnH in fifty-one samples were amplified and sequenced, MEGA 6.0 was used to analyze the intra- and interspecific K-2P distances, neighbor-joining (NJ) tree was used to constructing clustering tree. ITS2 sequence analyzed results showed that there is no intra-specific variation among Morus alba, M. alba var. tatarica and M. nigra, but 13 variations sites were exist between M. alba and M. nigra and their inter-specific K-2P distances was 0.04, which indicated that there had significant variation in them. We didn't find informative variation sites between Morus genus plants and commercial products, and we also found that M. nigra can be distinguished from other two species by NJ Tree. PsbA-trnH analysis results showed there was only one variation site between M. alba and M. nigra, but insertion or deletion variation were remarkable evidence among M. alba, M. alba var. tatarica and M. Nigra. Inter-specific variation was accordance with intra-specific variation of commercial products. So ITS2 and psbA-trnH gene were important marker for M. alba, M. alba var. tatarica and M. nigra identification. This study provided important evidence for Uygur medicine identification and market supervision.
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Inflammatory bowel disease (IBD) is a common gastrointestinal disease in which the etiology and pathogenesis are still unclear. Generally speaking, it is caused by environment, inheritance, and immune. The related factors include immune system, oxidative stress, microflora in gastrointestinal tract, NF-κB, NO, COX-2, LB4, and the correlation factors. There are many plants that are effective to inflammatory bowel disease in traditional Uygur medicine, such as Solanum nigrum, Quercus infectoria, and Punica granatum. For some of these plants, only one or two mechanisms of action have been found. Besides, some constituents of them are effective to anti-inflammatory bowel disease. This article reviewed the role of factors in IBD and the mechanism of anti-inflammatory bowel disease of traditional Uygur medicine.
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The multi-central clinical records retrospective survey for psoriasis vulgaris was carried out by collecting related information such as demographic, diagnostics, therapeutics, efficacy evaluation, nursing data, and so on. The Uygur medical differentiation classification standard about psoriasis vulgaris was established and it was divided into four types:abnormal Khan Hilit type, abnormal Sapra Hilit type, abnormal saltness Balgham Hilit type, and abnormal Sawda Hilit type, according to main symptom and secondary symptom feature. The disease efficacy evaluation standard was established based on score of surface area and severity of skin injury combining with the changes of main symptom and secondary symptoms. On the basis, guidelines for clinical research of new drugs of Uygur medicine used in the treatment of psoriasis vulgaris were formulated in accordance with the technical requirements and procedure of national center for drug evaluation.
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Objective: To comprehensively map the distribution patterns of native medicinal plants of Xinjiang Uygur Autonomous Region, China; To find the environmental determinants and to give suggestions for the conservation planning of medicinal plants in Xinjiang region. Methods: Firstly, we compiled the distribution data of native medicinal plants at a county level in Xinjiang region, including the source plants of Chinese Materia Medica (CMM), Uygur Medicine (UM), and Kazak Medicine (KM); Secondly, we divided the distribution data into grid with a resolution of 0.1° × 0.1° and overlaid it on the topography and climate data in Arcgis 10.0; Finally, we analyzed the correlations of medicinal plant richness and environmental variables with ordinary least square (OLS) regressions and partial regressions. Results: UM has more non-native species in Xinjiang region than KM. The species richness of medicinal plants is high in Altay Mountains, western Tianshan Mountains, and part of Kunlun Mountains. The richness of medicinal plants is highly correlated with the vascular plant species richness and climate, and further, the independent effects of vascular plant species richness are higher than the independent effects of climate. The whole plant, root & rhizome, and seed & fruit are more frequently used than stem and leaf for CMM in Xinjiang region. Conclusions: The distribution patterns of medicinal plants are concordant with vascular plant species, which could be carefully considered in the conservation planning of this region. Taking full advantage of current nature reserves is a low-costing approach to the conservation of medicinal plants although they were not originally established for medicinal plant protection. Nevertheless, it is urgent to further study the distributions and protection status of medicinal plants in the nature reserves of Xinjiang region.
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Objective To retrospective analyze the drug characteristic and clinical effect of Uygur medicine for treating insomnia. Methods Totally 234 cases of insomnia in hospitalized records were selected by record statistical system of HIS. Patients’ general conditions, Uygur medicine utilization rate, combination medication, pathogenic humoral, treatment course and therapeutic effect were retrospectively analyzed. Results Insomnia patients were mainly 30-60 years old (81.82%). Abnormal Sawda and Balgam were the main pathogenic humoral, accounted for 54.27% and 28.63% respectively. And 85 kinds of preparation were involved, including Yinao Wusiti Kudousi syrup and Muniziqii Sawda mixture, 213 and 163 times of frequency (91.03% and 69.66%) respectively. Most of patients used 5-12 kinds of preparation, accounted for 89.13%, and treated for one week to one month, accounted for 73.16%. Conclusion The Uygur medicine for insomnia is unique, and has good clinical efficacy and safety.
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Objective To observe the pre-thrombosis markers in patients of different body fluids and discuss the relations between body fluids type and prethrombosis state. Methods The expression of CD41, CD62p on platelets, the level of plasma tissue plasminogen activator (t-PA) and its inhibiter (PAI-1), endothelin (ET-1), activated partial thromboplastin time (APTT), fibrinogen (FIB), prothrombin time (PT) and thrombin time (TT) were tested by using flow cytometer, ELASA, radioimmunoassay method and auto coagulometer. Results Patients with Abnormal Savda syndrome occupy 65.96% and non Abnormal Savda syndrome occupy 34.04% in complex diseases. Compared with normal control group, the average expression of CD62p, the level of plasma PAI-1, ET-1, FIB both in Abnormal Savda syndrome and non Abnormal Savda syndrome groups were significantly increased (P
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To explore the antioxidant mechanism of munziq and mushil of Abnormal Savda. Scavenging effects of munziq and mushil of Abnormal Savda on superoxide anion radical(O -? 2) and hydroxyl radical (OH ?) were measured by electron paramagnetic resonance(EPR). Munziq and mushil possessed obvious scavenging effects on O -? 2 and OH ? and the effect of mushil was superior to that of the munziq.[Conclusion] The EPR is a reliable, effective, accurate, sensitive method for measuring the antioxidant properties of herbal medicines. Munziq and mushil are two kinds of effective antioxidants, and the antioxidant effect may be one of the therapeutic mechanisms of munziq and mushil.