Objective To evaluate the effect of genechip in detecting isoniazid-and rifampicinresistance of Mycobacterium tuberculosis (MTB) in China.Methods Studies of genechip in detecting MTB resistance to isoniazid and rifampicin in China,which were published from January 1995 to June 2013,were identified through searches of PubMed,Science Direct,CBMDISC,CNKI and Wanfang database.Meta-Disc1.4 software was used for all analyses.Results Totally 618 articles were identified.Fifteen articles published from 2004 to 2013 were finally included in the study.The pooled sensitivity and specificity of genechip in detecting MTB resistance to isoniazid was 0.79 (95 ％CI:0.77-0.81) and 0.94 (95％CI:0.93-0.95),respectively,with the area under curve (AUC) of 0.86.The pooled sensitivity and specificity of genechip in detecting MTB resistance to rifampin was 0.91 (95％CI:0.89-0.92) and 0.96 (95％CI:0.96-0.97),respectively,with the AUC of 0.97.The pooled sensitivity and specificity of genechip in detecting MTB resistance to multidrug was 0.75 (95％CI:0.72-0.78) and 0.97 (95％ CI:0.96-0.98),respectively.Conclusions The effect of genechip in detecting MTB resistance is moderate for isoniazid,while better for rifampin in China.More studies are needed to evaluate the effect of genechip in detecting multidrug resistance in MTB.

Guizhi decoction come from Typhoid Theory written by Zhang Zhongjing, a famous physician in the Han dynasty. It is called "the leading group of the group" by later doctors. At present, Guizhi decoction is widely used in treatment of many diseases of internal, external, gynecologic and other diseases. This article discusses the clinical application and mechanism of Guizhi decoction in two aspects. This article expounds that Guizhi decoction is widely used in colds, febrile diseases, various perspiration, digestive system diseases and respiratory diseases, Some diseases, such as ear, nose and throat disease, nervous system disease, cardiac autonomic neuropathy, and bone and joint disease. The mechanism of Guizhi decoction in the treatment of diseases may be related to the mechanism of biaxial regulation of body temperature and gastrointestinal motility, mucosal immune intervention, secretion of sweat glands, inflammation immune function and myocardial protective effect and so on.

Objective:To explore the effects of anti-microbial compound （T1） from Bacillus （Phylum Firmicutes） and anti-microbial compound （T2） from Pseudomonas and Rhizobium， two growth-promoting agents， on the physiological characteristics and growth of Fritillaria przewalskii， in order to lay a foundation for the development of functional microbial agents and the promotion of ecological planting. Method:The endophytic bacteria of F. przewalskii were isolated and identified using conventional methods. The leaves of three-year-old F. przewalskii were sprayed with T1 and T2， followed by yield determination. The enzyme activities and physiological and biochemical indexes in the plant and microorganisms were measured using the corresponding assay kits， and the contents of related hormones by liquid chromatography-mass spectrometry （LC-MS）. Result:The isolated endophytic bacteria were classified into Firmicutes，Proteobacteria， and Actinomycetes. The activities of superoxide dismutase（SOD） and peroxidase（POD） and auxin content after T2 treatment were significantly higher than those after T1 treatment， while the contents of siderophore，salicylic acid， and gibberellin were lower. Compared with the blank （CK） group， T1 and T2 increased the contents of endogenous gibberellin，cytokinin， and auxin in F. przewalskii leaves，but did not significantly change jasmonic acid and abscisic acid. T1 promoted the accumulation of endogenous salicylic acid in F. przewalskii leaves， but there was no significant change after T2 treatment. Compared with CK，T1 and T2 enhanced the activities of SOD， POD， and catalase （CAT） and decreased the content of malondialdehyde. T2 promoted the accumulation of hydrogen peroxide in F. przewalskii leaves， but no significant difference was observed after T1 treatment. Compared with CK，both T1 and T2 increased chlorophyll，average iron content in rhizosphere soil， and 100-plant weight. Conclusion:T1 and T2 treatments help to increase the yield，and their specific mechanisms differ from each other. T1 exhibits better effect than T2.