Flow cytometric analysis of virus-like particles and heterotrophic bacteria within coral-associated reef water

Nicole Patten, J.R. Seymour, J.G. Mitchell

    Research output: Contribution to journalArticle

    30 Citations (Scopus)

    Abstract

    Using flow cytometry, two distinct populations of virus-like particles (VLP) and heterotrophic bacteria were defined within the 12 cm water layer immediately overlying healthy, diseased and dead acroporid corals. Bacterial abundances were similar in overlying water for all coral types, however, VLP were 30% higher above diseased corals than healthy or dead corals. Mean virus to bacteria ratios (VBR) were Lip to 30% higher above diseased corals than above healthy or dead coral or in distant water Concomitant with increasing VLP concentrations within 5 cm of coral surfaces, VBR distributions were generally highest above healthy and diseased coral and depressed above dead coral. These results suggest fundamental shifts in the VLP and bacterial community in water associated with diseased corals.
    Original languageEnglish
    Pages (from-to)563-566
    JournalJournal of the Marine Biological Association of the United Kingdom
    Volume86
    Issue number3
    DOIs
    Publication statusPublished - 2006

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    virus particle
    virus-like particles
    coral reef
    corals
    reefs
    coral
    bacterium
    bacteria
    water
    virus
    analysis
    viruses
    flow cytometry
    lips
    bacterial communities

    Cite this

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    title = "Flow cytometric analysis of virus-like particles and heterotrophic bacteria within coral-associated reef water",
    abstract = "Using flow cytometry, two distinct populations of virus-like particles (VLP) and heterotrophic bacteria were defined within the 12 cm water layer immediately overlying healthy, diseased and dead acroporid corals. Bacterial abundances were similar in overlying water for all coral types, however, VLP were 30{\%} higher above diseased corals than healthy or dead corals. Mean virus to bacteria ratios (VBR) were Lip to 30{\%} higher above diseased corals than above healthy or dead coral or in distant water Concomitant with increasing VLP concentrations within 5 cm of coral surfaces, VBR distributions were generally highest above healthy and diseased coral and depressed above dead coral. These results suggest fundamental shifts in the VLP and bacterial community in water associated with diseased corals.",
    author = "Nicole Patten and J.R. Seymour and J.G. Mitchell",
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    language = "English",
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    Flow cytometric analysis of virus-like particles and heterotrophic bacteria within coral-associated reef water. / Patten, Nicole; Seymour, J.R.; Mitchell, J.G.

    In: Journal of the Marine Biological Association of the United Kingdom, Vol. 86, No. 3, 2006, p. 563-566.

    Research output: Contribution to journalArticle

    TY - JOUR

    T1 - Flow cytometric analysis of virus-like particles and heterotrophic bacteria within coral-associated reef water

    AU - Patten, Nicole

    AU - Seymour, J.R.

    AU - Mitchell, J.G.

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    N2 - Using flow cytometry, two distinct populations of virus-like particles (VLP) and heterotrophic bacteria were defined within the 12 cm water layer immediately overlying healthy, diseased and dead acroporid corals. Bacterial abundances were similar in overlying water for all coral types, however, VLP were 30% higher above diseased corals than healthy or dead corals. Mean virus to bacteria ratios (VBR) were Lip to 30% higher above diseased corals than above healthy or dead coral or in distant water Concomitant with increasing VLP concentrations within 5 cm of coral surfaces, VBR distributions were generally highest above healthy and diseased coral and depressed above dead coral. These results suggest fundamental shifts in the VLP and bacterial community in water associated with diseased corals.

    AB - Using flow cytometry, two distinct populations of virus-like particles (VLP) and heterotrophic bacteria were defined within the 12 cm water layer immediately overlying healthy, diseased and dead acroporid corals. Bacterial abundances were similar in overlying water for all coral types, however, VLP were 30% higher above diseased corals than healthy or dead corals. Mean virus to bacteria ratios (VBR) were Lip to 30% higher above diseased corals than above healthy or dead coral or in distant water Concomitant with increasing VLP concentrations within 5 cm of coral surfaces, VBR distributions were generally highest above healthy and diseased coral and depressed above dead coral. These results suggest fundamental shifts in the VLP and bacterial community in water associated with diseased corals.

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