prrs病毒抗原gp5在烟草中的表达

D. Sen, Chu H. Ha, N. T. Van
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引用次数: 0

摘要

猪繁殖与呼吸综合征(PRRS)是目前危害养猪业最严重的传染病。为了使PRRSV疫苗的抗原来源多样化,在烟草中表达了LTB与PRRSV重要结构蛋白GP5的共表达。2010年从越南PRRSV感染猪中分离得到的PRRSV GP5编码基因,在种子特异性phaseolin启动子和组成启动子35S控制下,在植物表达载体上构建。然后利用农杆菌将这些基因转移到C9-1型烟草中。通过PCR和RT-PCR验证了ltb - gp5基因在转基因烟草基因组中的稳定插入。Western杂交表明融合蛋白LTB-GP5在烟草种子中成功表达。对转基因烟草种子的分析表明,在启动子β -phaseolin的调控下,经ELISA定量检测,GP5的表达水平显著提高(占可溶性蛋白总量的2.2%)。这一初步结果为今后GP5在其他植物种子中的表达奠定了基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Expression of antigen gp5 of prrs virus in tobaco
PRRS (Porcine reproductive and respiratory syndrome) is the most significant infectious disease currently devastating the swine industry. In order to diversify antigen sources for vaccine production to against PRRSV, co-expressing LTB and PRRSV GP5- an important structure protein GP5 of PRRSV were expressed in tobacco. Genes encoded for GP5 of PRRSV isolated from pigs infected PRRSV in Vietnam in 2010 and was constructed in plant expression vector under the control of seed specific phaseolin promoter and constitutive promoter 35S. The genes were then transferred into the C9-1 tobacco using Agrobacterium. The stable insertion of LTB-GP5genes in genomeoftransgenic tobacco was confirmed by PCR and RT-PCR. Western hybridization indicated that fused protein LTB-GP5 was successful expressed in tobacco seeds. Analysis of transgenic tobaco seeds revealed that under regulation of promoter beta-phaseolin, the level expression of GP5 was significant improved as quantified by ELISA (2.2 % of total soluble protein). This preliminary result is a foundation for expression of GP5 in seeds of other plants in the future.
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