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首页> 外文期刊>Indian Journal of Virology >Evidence of Recombinant Citrus tristezavirus Isolate Occurring in Acid Lime cv. Pant Lemon Orchard in Uttarakhand Terai Region of Northern Himalaya in India
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Evidence of Recombinant Citrus tristezavirus Isolate Occurring in Acid Lime cv. Pant Lemon Orchard in Uttarakhand Terai Region of Northern Himalaya in India

机译:酸橙cv中发生重组柑橘柑橘病毒的证据。印度北部喜马拉雅山的北阿坎德邦特赖地区的柠檬果园

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The present study for the first time describes biological and molecular characterization of Citrus tristeza virus (CTV) occurring in the Terai area of Uttarakhand State in Northern Himalaya region of India. Direct antigen coated-ELISA and reverse transcriptase-polymerase chain reaction (RT-PCR) detected the CTV infection in Acid lime cv. Pant lemon (Citrus aurantifolia) orchards of Pantnagar with an estimated disease incidence of 16.6–20.5?%. To know the biological and genetic properties, an isolate, CTV Pant 4 was characterized. Isolate Pant 4 could be graft transmitted to Kinnow, Nagpur and Darjeeling mandarins, Mosambi sweet orange, Kagzi lime, Sweet lime, Sour orange but not to Rough lemon. The sequence analyses of the 5′ORF1a (3038?nucleotides) of LPro domain and 3′end (2058?nt) covering ORF7–ORF10 regions of the CTV genome revealed that Pant 4 was closely related to the previously reported Indian CTV isolate, Kpg3 from Northeastern Himalaya region with 97 and 98?% sequence identity, respectively. Whereas, it differed from the previously reported CTV isolate B165 from Southern India with 79 and 92?% identity, respectively for 5′ORF1a and 3′ end regions. Recombination and SplitsTree decomposition analyses indicated that CTV isolate Pant 4 was a recombinant isolate originating from Kpg3 as a major and B165 as a minor donor.
机译:本研究首次描述了在印度北部喜马拉雅地区北阿坎德邦邦的Terai地区发生的柑橘柑橘(CTV)的生物学和分子特征。直接抗原包被ELISA和逆转录聚合酶链反应(RT-PCR)在酸性石灰cv中检测到CTV感染。潘特纳加尔的柠檬果园(Citrus aurantifolia),估计发病率为16.6–20.5%。为了了解生物学和遗传特性,对分离物CTV Pant 4进行了表征。隔离裤4可以嫁接给Kinnow,Nagpur和Darjeeling普通话,Mosambi甜橙,Kagzi石灰,甜酸橙,酸橙,但不能嫁接到粗糙的柠檬上。对LPro结构域的5'ORF1a(3038个核苷酸)和覆盖CTV基因组ORF7–ORF10区域的3'端(2058?nt)的序列分析表明,Pant 4与先前报道的印度CTV分离株Kpg3密切相关。来自东北喜马拉雅地区,分别具有97%和98%的序列同一性。然而,它不同于先前报道的来自印度南部的CTV分离株B165,其5'ORF1a和3'末端区域的同一性分别为79%和92%。重组和SplitsTree分解分析表明,CTV分离株Pant 4是重组分离株,起源于主要供体Kpg3和次要供体B165。

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