The relationship between the Andean strain of potato virus S and pepino latent virus

CHRISTINE A. DOLBY; R. A.C. JONES

doi:10.1111/j.1744-7348.1988.tb02058.x

The relationship between the Andean strain of potato virus S and pepino latent virus

CHRISTINE A. DOLBY, R. A.C. JONES

Research output: Contribution to journal › Article › peer-review

10 Citations (Scopus)

Abstract

The titres obtained in microprecipitin tests with purified preparations of pepino latent virus (PepLV) and the Andean strain of potato virus S (PVS^A) using PepLV antiserum and two antisera to the ordinary strain of PVS (PVS°) indicated a close serological relationship between PepLV and PVS^A. Using antiserum to PVS°, both viruses were detected by ELISA when infective Chenopodium quinoa sap was diluted to 10^‐5but not to 10^‐6. Particles of both viruses were decorated equally well by antibodies to PVS^o, PVS^Aand PepLV in all virus‐antiserum combinations. When PepLV was inoculated to C. quinoa, C. amaranticolor and potato plants, the symptoms induced closely resembled those of PVS^Ain these hosts. It is concluded that PepLV is an isolate of PVS^Afrom pepino.

Original language	English
Pages (from-to)	231-234
Number of pages	4
Journal	Annals of Applied Biology
Volume	112
Issue number	1
DOIs	https://doi.org/10.1111/j.1744-7348.1988.tb02058.x
Publication status	Published - Feb 1988
Externally published	Yes

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10.1111/j.1744-7348.1988.tb02058.x

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title = "The relationship between the Andean strain of potato virus S and pepino latent virus",

abstract = "The titres obtained in microprecipitin tests with purified preparations of pepino latent virus (PepLV) and the Andean strain of potato virus S (PVSA) using PepLV antiserum and two antisera to the ordinary strain of PVS (PVS°) indicated a close serological relationship between PepLV and PVSA. Using antiserum to PVS°, both viruses were detected by ELISA when infective Chenopodium quinoa sap was diluted to 10‐5but not to 10‐6. Particles of both viruses were decorated equally well by antibodies to PVSo, PVSAand PepLV in all virus‐antiserum combinations. When PepLV was inoculated to C. quinoa, C. amaranticolor and potato plants, the symptoms induced closely resembled those of PVSAin these hosts. It is concluded that PepLV is an isolate of PVSAfrom pepino.",

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AU - JONES, R. A.C.

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N2 - The titres obtained in microprecipitin tests with purified preparations of pepino latent virus (PepLV) and the Andean strain of potato virus S (PVSA) using PepLV antiserum and two antisera to the ordinary strain of PVS (PVS°) indicated a close serological relationship between PepLV and PVSA. Using antiserum to PVS°, both viruses were detected by ELISA when infective Chenopodium quinoa sap was diluted to 10‐5but not to 10‐6. Particles of both viruses were decorated equally well by antibodies to PVSo, PVSAand PepLV in all virus‐antiserum combinations. When PepLV was inoculated to C. quinoa, C. amaranticolor and potato plants, the symptoms induced closely resembled those of PVSAin these hosts. It is concluded that PepLV is an isolate of PVSAfrom pepino.

AB - The titres obtained in microprecipitin tests with purified preparations of pepino latent virus (PepLV) and the Andean strain of potato virus S (PVSA) using PepLV antiserum and two antisera to the ordinary strain of PVS (PVS°) indicated a close serological relationship between PepLV and PVSA. Using antiserum to PVS°, both viruses were detected by ELISA when infective Chenopodium quinoa sap was diluted to 10‐5but not to 10‐6. Particles of both viruses were decorated equally well by antibodies to PVSo, PVSAand PepLV in all virus‐antiserum combinations. When PepLV was inoculated to C. quinoa, C. amaranticolor and potato plants, the symptoms induced closely resembled those of PVSAin these hosts. It is concluded that PepLV is an isolate of PVSAfrom pepino.

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The relationship between the Andean strain of potato virus S and pepino latent virus

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