Phylogenic analysis of the sheep Orf virus in Iraq

S. M. Karim, M. A. A. Rodhan, Khalefa Ali Mansou, Nawras Kadhum Mahdee, Saad Hashim Al-Husseiny
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Abstract

Orf disease is a highly contagious, zoonotic viral skin disease affects sheep, goats and some other domesticated and wild ruminants, therefor this study is designed to evaluate predominant genotypes circulating Orf virus of sheep in Al-Qadisiyah Province in Iraq as the first time by using the sequencing and phylogenic analysis of isolates Orf virus strains. The study was carried out on (94) skin samples of affected sheep animals diagnosed previously by RT-PCR technique in different ages and sexes between September /2013– March/ 2014. PCR assay was performed for amplification of 408bp GM_CSF/IL-2 inhibition factor (GIF) gene Orf virus in positive samples of real-time PCR assay. Eight purified DNA products isolated from different areas of Al-Qadisiyah Province (one sample for each area) were analyzed by using sequencing method to obtain the nucleotide sets of GIF gene. DNA sequencing technique was performed for Phylogenic relationship analysis study of local Orf virus positive samples isolates with NCBI-GenBank Global Orf virus isolates. The results of endpoint polymerase chain reaction for detection of specific GIF gene (408 bp) of Orf virus showed positive results for all collected examined samples. Sequencing analysis of our isolates in the present study recorded and published under accession numbers were (KJ508895.1, KJ634611.1, KJ634842.1, KJ648451.1, KJ653445.1, KJ653446.1, KJ659373.1 and KJ697772.1). The results of phylogeny tree construction showed that five of our published isolates of this study (KJ508895.1, KJ648451.1, KJ653445.1, KJ653446.1, and KJ697772.1) are located in the same first tree branch, which shared highest and closed relationship with AF192803.1, DQ184476.1 Orf virus strain NZ2 isolated from New Zealand. The KJ659373.1 our published Iraqi Orf virus isolates of this study showed high homology and closed relationship with AY605973.1 Orf virus isolated from reindeer in Norway. Phylogenic analysis of KJ634611.1 and KJ634842.1 our published Iraqi Orf isolates of the present study showed high homology with AY605977.1 Orf virus isolated from goat in Norway. Sequencing study and phylogenic analysis have been considered useful in understanding Orf virus scenario in Iraqi endemic area and which important in application of control measures and selective efficient vaccines to use in vaccination programs in Iraq.
伊拉克羊口蹄疫病毒的系统发育分析
口蹄疫是一种高度传染性的人畜共患病毒性皮肤病,主要感染绵羊、山羊和其他一些驯养和野生反刍动物,因此本研究旨在通过对分离的口蹄疫病毒株的测序和系统发育分析,首次对伊拉克Al-Qadisiyah省绵羊流行的口蹄疫病毒的优势基因型进行评价。该研究对2013年9月至2014年3月期间通过RT-PCR技术诊断的94只不同年龄和性别的患病绵羊的皮肤样本进行了研究。对实时荧光定量PCR检测阳性的Orf病毒GM_CSF/IL-2抑制因子(GIF)基因进行408bp的扩增。采用测序方法对从Al-Qadisiyah省不同地区分离的8个纯化DNA产物(每个地区1个样本)进行分析,获得GIF基因的核苷酸集。采用DNA测序技术对本地Orf病毒阳性样本分离株与NCBI-GenBank全球Orf病毒分离株进行系统发育关系分析。终点聚合酶链反应检测Orf病毒特异性GIF基因(408 bp)的结果均为阳性。本研究已记录并发表的分离株测序分析,检索号为:KJ508895.1、KJ634611.1、KJ634842.1、KJ648451.1、KJ653445.1、KJ653446.1、KJ659373.1和KJ697772.1。系统发育树构建结果表明,本研究已发表的5株分离株(KJ508895.1、KJ648451.1、KJ653445.1、KJ653446.1和KJ697772.1)均位于同一树枝上,与新西兰分离的AF192803.1、DQ184476.1 Orf病毒株NZ2具有最高的亲缘关系。本研究已发表的伊拉克口蹄疫病毒分离株KJ659373.1与挪威驯鹿分离株AY605973.1口蹄疫病毒具有高度同源性和密切关系。本研究已发表的伊拉克口蹄疫分离株KJ634611.1和KJ634842.1与挪威山羊分离株AY605977.1具有高度同源性。测序研究和系统发育分析被认为有助于了解伊拉克流行地区的Orf病毒情况,并对在伊拉克疫苗接种计划中应用控制措施和选择有效疫苗具有重要意义。
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