2011
DOI: 10.1016/j.jip.2010.09.016
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Reservoirs and alternate hosts for pathogens of commercially important crustaceans: A review

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Cited by 44 publications
(30 citation statements)
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References 122 publications
(150 reference statements)
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“…Wilhelm et al 2003, Häder et al 2007) but, at least in terrestrial ecosystems, the persistence of pathogenic viruses can be greatly influenced by the architecture of plants (via the degree of shading) in conjunction with habitat exposure to UVR (Duffey et al 1995, Raymond et al 2005, Cory & Hoover 2006. Marine flora can act as a reservoir for pathogenic bacteria and fungi (Fuller et al 1964, Mahmud et al 2007, Small & Pagenkopp 2011 and could also be a reservoir for pathogenic viruses. For example, Hernández et al (2005) found that particles of IIV-6 in water underwent a more rapid loss of activity under direct sunlight (99.99% reduction of original activity over a period of 36 h) than in the shade (97% reduction over a period of 60 h).…”
Section: Sunlight/uv Exposure May Reduce Disease Prevalence In Vigía mentioning
confidence: 99%
“…Wilhelm et al 2003, Häder et al 2007) but, at least in terrestrial ecosystems, the persistence of pathogenic viruses can be greatly influenced by the architecture of plants (via the degree of shading) in conjunction with habitat exposure to UVR (Duffey et al 1995, Raymond et al 2005, Cory & Hoover 2006. Marine flora can act as a reservoir for pathogenic bacteria and fungi (Fuller et al 1964, Mahmud et al 2007, Small & Pagenkopp 2011 and could also be a reservoir for pathogenic viruses. For example, Hernández et al (2005) found that particles of IIV-6 in water underwent a more rapid loss of activity under direct sunlight (99.99% reduction of original activity over a period of 36 h) than in the shade (97% reduction over a period of 60 h).…”
Section: Sunlight/uv Exposure May Reduce Disease Prevalence In Vigía mentioning
confidence: 99%
“…Despite their key ecological relevance for carbon cycling on the damp band of sandy beaches, to date there are very limited reports on T. saltator-associated gut microbial flora (Nuti et al, 1971;Martineti et al, 1995). In contrast, several reports on Crustacea-associated microorganisms are present, but mainly linked to health and aquaculture issues (Small and Pagenkopp, 2011;Wang, 2011) or to the presence of Wolbachia infections (Cordaux et al, 2012). There are no investigations on the total microbial communities carried by Crustaceans, despite the fact that in recent years, invertebrate microbiology is attracting more attention for its implication in biocontrol (Natrah et al, 2011) and animalemicrobe interaction studies (Muller et al, 2008;Olson and Kellogg, 2010;Goffredi, 2011).…”
Section: Introductionmentioning
confidence: 99%
“…Marine aggregates, onto which viruses may adsorb, can protect viruses from various sources of inactivation and provide them with a means for horizontal transport, potentially resulting in increased infection of organisms such as zooplankton (Wein bauer et al 2009). Aquatic viruses can also accumulate in submerged macrophytes (Small & Pagenkopp 2011, Sweet et al 2013, wherein the shade may prolong their viability (Hernández et al 2005), as has been suggested for PaV1 in benthic habitats (Briones-Fourzán et al 2012). Interestingly, our neuston net routinely caught large masses of the holopelagic brown algae Sargassum spp., which had to be painstakingly scrutinized for pueruli and phyllosomata.…”
Section: Discussionmentioning
confidence: 64%