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您的检索式：作者名="SINGH Shuchi"
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| 1 | Assessment of interobserver variation in Garden classification and management of fresh intracapsular femoral neck fracture in adults显示文摘ObjectiveTo 在如果侧面的看法的增加改变整形外科的外科医生被要求仅仅在 AP 看法上分类 35 大腿骨的颈破裂并且建议管理的分类和管理 plan.MethodsTen ,骨折和管理计划基于 anteroposterior ( AP )看并且也估计的新鲜的大腿骨的颈的花园分类上估计 interobserver 协议计划。当时,一样的电影是在 10 天以后与他们的侧面的看法一起重新显示出。结果与到在二个组之间的分类和管理计划的尊重相比。Interobserver 同意用 Fleiss’ 被计算kappa.ResultsThere 仅仅仅仅在 AP 看法上的花园分类上是一个公平 interobserver 协议(kappa 价值 0.39 ) 它改善了在增加一个侧面的看法以后节制同意(kappa 价值 0.52 ) 。当仅仅在 AP 上的管理计划上的 interobserver 协议有细微改进时,仅仅看(kappa 价值 0.50 ) 并且 AP 与侧面的看法(kappa 价值 0.52 ) 结合了。侧面的看法的补充在 15.42% 盒子中改变了分类并且在 23.14% cases.ConclusionWe 改变了管理计划断定当它毫无疑问在计划大腿骨的颈骨折的治疗有一个角色,那个侧面的看法应该与怀疑的大腿骨的颈骨折在所有病人上习惯性地被获得。 | Amit Aggarwal Mahipal Singh Aditya N Aggarwal Shuchi Bhatt | 2014 | Chinese Journal of Traumatology2014，17，2： | 13 |
| 2 | Studies on Rhizospheric Mycoflora of Tea (Camellia sinensis): In vitro Antagonism with Dominant Bacteria显示文摘Species of Trichoderma, Penicillium, Aspergillus and Mucor were found to dominate the rhizosphere of tea bushes in different regions of the Indian Himalayas. The Himachal Himalayas were dominated by Monilia humiscola (45.08%) and Mucor hiemalis (33.11%). In the Uttaranchal Himalayas, Aspergillus clavatum dominated the rhizosphere (54.01%), followed by A. flavous (20.07%). Although the fungal isolates require a mesophillic temperature (15 ℃ to 35 ℃), the tea rhizospheric isolates tolerate a wide range of temperatures (5 ℃ to 45 ℃). When tested for pH tolerance, these fungi showed a wide range (2.0 to 13.0) of pH tolerance under in vitro conditions. Seasonal variations also influenced the colony forming units (cfu) of the rhizospheric fungi, with the maximum forming in November and March, and the minimum in December^February. During this period, the populations of the fungi were found inversely proportional to the bacterial populations. In addition, the dominant bacteria in the tea rhizosphere, i.e., Bacillus subtilis and B. mycoides, showed antagonistic activity against fungal isolates by inhibiting the growth and causing structural abnormalities in mycelium. Tab 5, Ref | SINGH Shuchi SOOD Anchal SHARMA Shivesh KUMAR Vivek SINGH Kamal Deep PANDEY Piyush | 2007 | 应用与环境生物学报2007，13，3： | 1 |
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