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5篇 您的检索式:作者名="Pooja Arora"
    题名 作者 年代 出处 被引量
1Implant biomaterials: A comprehensive review显示文摘Appropriate selection of the implant biomaterial is a key factor for long term success of implants. The biologic environment does not accept completely any material so to optimize biologic performance, implants should be selected to reduce the negative biologic response while maintaining adequate function. Every clinician should always gain a thorough knowledge about thedifferent biomaterials used for the dental implants. This article makes an effort to summarize various dental biomaterials which were used in the past and as well as the latest material used now.Monika Saini Yashpal Singh Pooja Arora Vipin Arora Krati Jain 2015World Journal of Clinical Cases2015,3,1:15
2An overview of transducers as platform for the rapid detection of foodborne pathogens显示文摘Pooja Arora Annu Sindhu Harmanmeet Kaur Neeraj Dilbaghi Ashok Chaudhury 2013Applied Microbiology and Biotechnology2013,,5:1
3High frequency direct plant regeneration from leaf,internode and root segments of Eastern Cottonwood(Populus deltoides)显示文摘RAKESH YADAV POOJA ARORA DHARMENDAR KUMAR 2009Plant Biotechnol Rep2009,3,:1
4Sequence analysis of VP4 genes of wild type and culture adapted human rotavirus G1P[8]strains显示文摘Objective:To conduct a comparative analysis of the VP4 gene sequences of Indian wild type (06361,0613158,061060 and 0715880) and cell culture adapted(06361-CA,0613158-CA.061060- CA and 0715880-CA) G1P[8]rotavirus strains.Methods:Full-length VP4 genes of each of the four wild type G1P[8]rotavirus strains and their cell culture adapted counterparts displaying consistent cytopathic effect were subjected to RT-PCR amplification and nucleotide sequencing. Results:All four cell culture adapted G1P[8]rotavirus strains showed nucleotide and amino acid substitutions in the VP4 gene as compared to their wild type strains.The number of substitutions however,varied from 1-64 and 1-13 respectively.The substitutions were distributed in both VP5* and VP8* subunits of VP4 gene respectively of permeabilizalion and hemagglutinaling activity. The presence of unique amino acid substitutions was identified in two of the four wild type(V377G. S387N in 061060 and 1644L in 0715880) and all four cell culture adapted(A46V in 0613158-CA. T60R in 06361-CA,L237V.G389V and Q480H in 061060-CA and S615G and T625P in 0715880-CA) strains for the first time in the VP4 gene of P[8]specificity.Amino acid substitutions generated increase in the hydrophilicity in the cell culture adapted rotavirus strains as compared to their corresponding wild type strains.Conclusions:Amino acid substitutions detected in the VP4 genes of G1P[8]rotavirus strains from this study together with those from other studies highlight occurrence of only strain and/or host specific substitutions during cell culture adaptation. Further evaluation of such substitutions for their role in attenuation,immunogenicity and conformation is needed for the development of newer rolavirus vaccines.Ritu Arora Ganesh S Dhale Pooja R Patil Shobha D Chitambar 2011Asian Pacific Journal of Tropical Medicine2011,4,7:0
5A functional approach toward xerogel immobilization for encapsulation biocompatibility of Rhizobium toward biosensor显示文摘太阳胶化发源硅石为房间的固定作为 biocompatible 脚手架有巨大的应用。xerogel 的使用由于 xerogels 的几个不能模仿的特征作为在生物传感器的蓝图的一个矩阵是一项呼吁的提议,首先因为他们的高多孔的性质,可修正余地的毛孔尺寸,和特别大的内部表面区域。词法(X 光检查衍射和 Thermogravimmetric 分析) 并且光(红外线的 Fourier 变换和紫外力的吸收) 有骗诱的 Rhizobial (Rz ) 的矩阵 biomaterial 组织的硅石的研究被做了。时间并且集中依赖者研究为使妊娠的样品被进行;它证明为决定 Rz 的集中的新生物传感器的反应时间是不到 20 min。在这个工作,第一次为生物传感器的制造创造一条通用途径的一条新奇大街被创造了。Pooja Arora Sunita Sharma Sib Krishna Ghoshal Neeraj Dilbaghi Ashok Chaudhury 2013Frontiers in Biology2013,8,6:0
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