2010•Zhongguo yufang shouyi xuebaoRequires access

Cloning and analysis of glycoprotein gene of rabies virus isolated from Guangdong province

Jiang Biao, Zhen JiaLin, Liang HongRu, Hui Xu, Xiaofeng Guo

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Abstract

The glycoprotein (G) gene of rabies virus (GD33), isolated from salivary of a health dog in Guangdong province, was amplified by RT-PCR, cloned and sequenced. Comparison results showed that the nucleotides and deduced amino acids sequence of G genes of GD33 and HEP-Flury share 97.1 % and 99.2 % homology, respectively, especially in transmembrane and intramembrane regions. In addition, an Arg to Gln mutation was found in G gene of GD33, HEP-Flury and FluryLEP strains at the 333 amino acid site. These results indicated that the GD33 isolate is low virulent strain.

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What this paper is about

The glycoprotein (G) gene of rabies virus (GD33), isolated from salivary of a health dog in Guangdong province, was amplified by RT-PCR, cloned and sequenced. Comparison results showed that the nucleotides and deduced amino acids sequence of G genes of GD33 and HEP-Flury share 97.1 % and 99.2 % homology, respectively, especially in transmembrane and intramembrane regions. In addition, an Arg to Gln mutation was found in G gene of GD33, HEP-Flury and FluryLEP strains at the 333 amino acid site. These results indicated that the GD33 isolate is low virulent strain.

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Available abstract

The glycoprotein (G) gene of rabies virus (GD33), isolated from salivary of a health dog in Guangdong province, was amplified by RT-PCR, cloned and sequenced. Comparison results showed that the nucleotides and deduced amino acids sequence of G genes of GD33 and HEP-Flury share 97.1 % and 99.2 % homology, respectively, especially in transmembrane and intramembrane regions. In addition, an Arg to Gln mutation was found in G gene of GD33, HEP-Flury and FluryLEP strains at the 333 amino acid site. These results indicated that the GD33 isolate is low virulent strain.

Key concepts: Biology, Rabies virus, Gene, Virology, Homology (biology), Rhabdoviridae, Virulence, Cloning (programming)

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