英汉例句

• We predict the function of a SARS coronavirus protein with unknown function, ORF13, to be a nuclear protein and a structural protein with probable DNA binding property.

  对SARS冠状病毒中至今仍未知其功能的蛋白质orf13的功能进行了预测，结果显示ORF13是一种可能与DNA结合的核蛋白并兼有病毒体内结构蛋白的功能。

• Objective To identify the location and distribution of SARS coronavirus RNA in lung tissues samples of patients with severe acute respiratory syndrome.

  目的观察严重急性呼吸综合征（SARS）患者肺组织中SARS病毒核酸的定位和分布。

• SARS coronavirus 3CL proteinase is the key enzyme for virus replication which may serve as the target for drug discovery against SARS.

  SARS冠状病毒3CL蛋白酶是病毒复制过程中的关键酶，有可能成为针对抗SARS药物研制的重要靶标。

• Objective:To optimize the RT-PCR method for detection the partial polymerase gene of SARS coronavirus (SARS-CoV) in our laboratory.

  目的：对该实验室已建立的检测SARS冠状病毒多聚酶基因的套式RT -PCR方法进行优化。

• To construct a clone p-SARS-S containing SARS coronavirus s gene fragment as the positive control of RT-PCR detect methods, which can build the basis for the expression of the gene.

  构建SARS冠状病毒S基因序列克隆p -SARS -S，作为自行设计、建立的RT - p CR检测方法的阳性对照，并为该基因的表达奠定基础。

• Conclusions S2-protein from SARS coronavirus inhibits the chloride channel function in A549 cells, and both PKC and P38 are not involved in mediating this modulation.

  结论SARS冠状病毒S2蛋白能抑制A549细胞氯通道的功能活动，PKC和P 38可能不参与S2蛋白对通道电流的抑制作用。

• Objective To study the effect of S2-protein from SARS coronavirus on the chloride channel currents in A549 cells and its possible cellular mechanisms.

  目的研究SARS病毒表面相关蛋白S2蛋白对A549细胞氯离子通道电流的影响及其作用机制。

• Nucleoprotein(N) gene of SARS coronavirus (SARS-CoV) was successfully cloned and sequenced.

  对SARS病毒核蛋白（N）基因进行了克隆和序列测定。

• However, no animal reservoir of the SARS coronavirus has been conclusively identified to date.

  然而，至今仍然无法确定动物是否是SARS冠状病毒的储存宿主。

• AIM: To study the expression of predicted B cell epitope peptide in S2 subunit of SARS coronavirus spike protein in E. coli and its mimic antigenicity to S2 protein.

  目的：研究预测的SARS冠状病毒刺突蛋白S2亚基B细胞表位肽在大肠桿菌中的表达及其模拟S2蛋白的抗原性。

• In this article, oxygen consumption mechanisms for the SARS coronavirus to attack alveolus tissue was theoretically studied.

  本文对SARS病毒攻击肺泡组织后的耗氧机理进行了理论研究。

• To clarify the effects of cell density at infection and multiplicity of infection (MOI) on SARS coronavirus propagation in Vero cell cultures and lay a foundation for SARS-CoV vaccine development.

  阐明宿主细胞密度和病毒感染复数（MOI）对SARS冠状病毒增殖的影响，为SARS灭活疫苗的研究奠定基础。

• Objective To express and purify SARS coronavirus small envelope protein E to study the value of protein E for diagnosis and prevention of SARS.

  目的研究SARS冠状病毒E蛋白对SARS诊断和预防的价值，利用原核表达系统克隆和表达E蛋白并纯化。