A numerical method for the IBV problems of the nonlinear reaction-diffusion equation was described.
本文讨论了求非线性反应—扩散方程初边值问题数值解的一种方法。
Nucleocapsid protein (n protein) is one of the major structural protein of infectious bronchitis virus (IBV).
核衣壳蛋白(N)是鸡传染性支气管炎病毒(IBV)的重要结构蛋白。
Allantoic fluid of chicken embryo that had been inoculated with one strain of renal type IBV was used to challenge 16-day-old chicken.
用鸡肾型传支病毒（IBV）分离株的鸡胚尿囊液接种16日龄蛋雏鸡，并随机分为对照组、中药治疗组和卵抗治疗组。
This study utilized purified IBV H52 strain to screen specific virus-binding peptides from Ph. D. -12TM phage display peptide library.
本研究使用纯化的鸡传染性支气管炎病毒（IBV），从12肽噬菌体展示随机肽库中筛选特异性结合多肽。
Infectious bronchitis virus (IBV) is a world-wide viral disease of poultry, which poses a major economic threat to the poultry industry.
禽传染性支气管炎(IB)呈世界广泛流行，是危害养鸡生产最严重的病毒性传染病之一。
The results showed that the incidence of gout were caused by avian nephropathogenic infection bronchitis virus(IBV)and high protein feed.
结果表明该鸡场群发性痛风是由于病鸡患肾型传染性支气管炎和误喂高蛋白饲料共同作用引起的；
The protective efficacy of vaccines showed that the live attenuated vaccines only provided partial protection to the vaccinated chickens against heterologous IBV infection.
我国目前使用的主要活疫苗对异种IBV分离株的感染不能提供完全的保护作用。
To study the genomic characteristics of IBV variant isolate, we obtained the full genome sequences of nephropathogenic JH06111 by amplifying, cloning and sequencing of its cDNA.
为研究IBV变异株的基因组及其变异特征，本实验通过基因扩增拼接的方法获得了肾病变型毒株JH06111的全基因组序列。
Service-oriented architecture: Measuring SOA's ROI in the new economic environment provides a download of a PDF from IBM's Institute of Business Value (IBV) which provides SOA ROI calculations.
面向服务的架构：在新经济体环境下度量soa的ROI，这是IBM的业务价值学院发布的可供下载的PD F文件，其中包含了SOA ROI的计算方法。
To test the reactogenicity of the identified epitope, the fusion epitope protein was reacted with anti-IBV serum by ELISA and the fusion epitope protein has good reactivity with anti-IBV serum.
为了检测该表位的反应原性，实验又将表位融合蛋白与鸡的IBV阳性血清进行ELISA检测，结果表位多肽与鸡的IBV阳性血清反应性良好。
This paper reports the course followed leading to the successful adaptation of IBV Massachusetts 41 strain to CEK cells as a prerequisite for the development of a micro serum neutralization test.
本文报道为了进行一种微量血清中和试验，使禽传染性支气管炎病毒马萨诸塞41株，适应鸡胚肾细胞培养物的过程。
This paper reports the course followed leading to the successful adaptation of IBV Massachusetts 41 strain to CEK cells as a prerequisite for the development of a micro serum neutralization test.
本文报道为了进行一种微量血清中和试验，使禽传染性支气管炎病毒马萨诸塞41株，适应鸡胚肾细胞培养物的过程。
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