| [study on the application of random amplified polymorphic dna in yersinia pestis genotyping]. | to study the type of 103 y. pestis strains that isolated from different plague foci and different ecological types. | 2000 | 11860826 |
| [a molecular epidemiological study on human plague fulminant epidemic in qinghai, 2004]. | to study the epidemiology of genotyping yersinia pestis isolated in the fulminant epidemics of human plague in qinghai province in 2004. | 2006 | 16875535 |
| [study on the genotyping and microevolution of yersinia pestis in the qinghai-tibet plateau]. | to study the distribution of genomovars and microevolution of yersinia pestis in the qinghai-tibet plateau. | 2006 | 16981338 |
| [plague bacterium examination and epidemiology significance analysis of "three jiang yuan area" in qinghai province, china]. | | 2007 | 18399164 |
| [study on the pathogen of plague in sanjiangyuan area in qinghai province]. | to study the biological characteristics of yersinia pestis and to develop prevention and control program on plague in sanjiangyuan areas, qinghai province. | 2009 | 19565850 |
| mlva distribution characteristics of yersinia pestis in china and the correlation analysis. | yersinia pestis, the aetiological agent of plague, has been well defined genotypically on local and worldwide scales. in november 2005, five cases of severe pneumonia of unknown causes, resulting in two deaths, were reported in yulong, yunnan province. in this study, we compared y. pestis isolated from the yulong focus to strains from other areas. | 2009 | 19775435 |
| a dog-associated primary pneumonic plague in qinghai province, china. | primary pneumonic plague (ppp) caused by yersinia pestis is the most threatening clinical form of plague. an outbreak was reported in july 2009 in qinghai province, china. | 2011 | 21288842 |
| helicobacter himalayensis sp. nov. isolated from gastric mucosa of marmota himalayana. | a gram-stain-negative, microaerophilic strain, 80(ys1)t, with a spiral-shaped morphology and 1-2 sheathed flagella at each end of the cells was isolated from the gastric mucosa of marmota himalayana, the animal reservoir of yersinia pestis in china, on the qinghai-tibet plateau. the strain grew at 30, 35 and 42 °c, but not at 25 °c. growth was in the form of a thinly spreading film on brain heart infusion agar containing 8 % sheep blood under microaerobic conditions. the strain did not hydrolyse ... | 2015 | 25736414 |
| canis lupus familiaris involved in the transmission of pathogenic yersinia spp. in china. | to investigate canines carrying pathogens associated with human illness, we studied their roles in transmitting and maintaining pathogenic yersinia spp. we examined different ecological landscapes in china for the distribution of pathogenic yersinia spp. in canis lupus familiaris, the domestic dog. the highest number of pathogenic yersinia enterocolitica was shown from the tonsils (6.30%), followed by rectal swabs (3.63%) and feces (1.23%). strains isolated from plague free areas for c. lupus fa ... | 2014 | 24861841 |
| [the epidemiology and etiology research of tibetan sheep plague in qinghai plateau]. | to identify the epidemiology and etiology characteristics of tibetan sheep plague in qinghai plateau. | 2015 | 25975407 |
| [analysis on the results of etiology and serology of plague in qinghai province from 2001 to 2010]. | to analyze the results of etiology and serology of plague among human and infected animals in qinghai province from 2001 to 2010. | 2014 | 24746007 |
| [the pathogenic ecology research on plague in qinghai plateau]. | to study the pathogenic ecology characteristics of plague in qinghai plateau. | 2013 | 24529264 |
| two-step source tracing strategy of yersinia pestis and its historical epidemiology in a specific region. | source tracing of pathogens is critical for the control and prevention of infectious diseases. genome sequencing by high throughput technologies is currently feasible and popular, leading to the burst of deciphered bacterial genome sequences. utilizing the flooding genomic data for source tracing of pathogens in outbreaks is promising, and challenging as well. here, we employed yersinia pestis genomes from a plague outbreak at xinghai county of china in 2009 as an example, to develop a simple tw ... | 2014 | 24416399 |