<results title="binomial">
<result pre="ntimicrobial activity (assessed on " exact="Vibrio harveyi" match="Vibrio harveyi" post=" cultures) was limited in both H an" name="binomial"/>
<result pre="ia genus Vibrio, including; " exact="V. harveyi" match="Vibrio harveyi" post=" [ 14], V. mediterranei [ 7]" name="binomial"/>
<result pre="ncluding; V. harveyi [ 14], " exact="V. mediterranei" match="Vibrio mediterranei" post=" [ 7], V. owensii [ 15] and " name="binomial"/>
<result pre=" 14], V. mediterranei [ 7], " exact="V. owensii" match="Vibrio owensii" post=" [ 15] and V. coralliilyticus</i" name="binomial"/>
<result pre=" [ 7], V. owensii [ 15] and " exact="V. coralliilyticus" match="Vibrio coralliilyticus" post=" [ 10]. Furthermore, Piskorska, Smi" name="binomial"/>
<result pre="Smith [ 7], reports an increase in " exact="V. mediterranei" match="Vibrio mediterranei" post=" in the mucus of WS-affected Ech" name="binomial"/>
<result pre="ei in the mucus of WS-affected " exact="Echinopora lamellosa" match="Echinopora lamellosa" post=", compared to healthy samples. Howe" name="binomial"/>
<result pre="iated with healthy and WS-affected " exact="E. lamellosa" match="Echinopora lamellosa" post=", an approach that can lead to phyl" name="binomial"/>
<result pre="ve a dominant presence in diseased " exact="A. muricata" match="A. muricata" post=" samples in a study screening the m" name="binomial"/>
<result pre="Sweet and Bythell [ 18] also found " exact="V. harveyi" match="Vibrio harveyi" post=" to increase in diseased samples, b" name="binomial"/>
<result pre=" healthy samples does not rule out " exact="V. harveyi" match="Vibrio harveyi" post=" as a primary causal agent in WS, a" name="binomial"/>
<result pre="ated from WS-affected specimens of " exact="Acropora muricata" match="Acropora muricata" post=" and shown to be able to ingest the" name="binomial"/>
<result pre="te community associated with WS in " exact="E. lamellosa" match="Echinopora lamellosa" post=" and their roles in disease aetiolo" name="binomial"/>
<result pre="iated with healthy and WS-affected " exact="E. lamellosa" match="Echinopora lamellosa" post=" in aquaria, using culture-independ" name="binomial"/>
<result pre="ciliate communities of WS-affected " exact="E. lamellosa" match="Echinopora lamellosa" post=" was analysed to determine the effi" name="binomial"/>
<result pre="ealthy and White Syndrome-affected " exact="Echinopora lamellosa" match="Echinopora lamellosa" post=" fragments (donated by the Horniman" name="binomial"/>
<result pre="mining the causal agent/s of WS in " exact="Echinopora lamellosa" match="Echinopora lamellosa" post=" through a process of elimination. " name="binomial"/>
<result pre="WSU) and treated WS-affected (WST) " exact="E. lamellosa" match="Echinopora lamellosa" post=" samples, n = 3 H, n = 3 ST, n = 3 " name="binomial"/>
<result pre="apparently healthy and WS-affected " exact="E. lamellosa" match="Echinopora lamellosa" post=" samples. Each tissue sample was tr" name="binomial"/>
<result pre="Pure cultures of " exact="Vibrio harveyi" match="Vibrio harveyi" post=", a bacterial species heavily consi" name="binomial"/>
<result pre="viously housed WS-affected corals. " exact="V. harveyi" match="Vibrio harveyi" post=" was isolated using thiosulfate-cit" name="binomial"/>
<result pre="triplicate control for uninhibited " exact="V. harveyi" match="Vibrio harveyi" post=" growth (97.5 μl Mueller Hinton Bro" name="binomial"/>
<result pre=" Mueller Hinton Broth + 97.5 μl of " exact="V. harveyi" match="Vibrio harveyi" post=" culture), a triplicate control for" name="binomial"/>
<result pre=" MHB + 5 μl 100% ethanol + 97.5 μl " exact="V. harveyi" match="Vibrio harveyi" post=" culture) and a triplicate of each " name="binomial"/>
<result pre=" + 5 μl coral extract + 97.5 μl of " exact="V. harveyi" match="Vibrio harveyi" post="). Using 5 μl coral extract in a 20" name="binomial"/>
<result pre="tely equal, bacterial abundance in " exact="E. lamellosa" match="Echinopora lamellosa" post=" samples was compared across all sa" name="binomial"/>
<result pre="nstead to determine differences in " exact="Vibrio harveyi" match="Vibrio harveyi" post=" growth inhibition between coral sa" name="binomial"/>
<result pre="drome (WS) and treated WS-affected " exact="Echinopora lamellosa" match="Echinopora lamellosa" post=" samples (based on DGGE band matchi" name="binomial"/>
<result pre=" to their association with healthy " exact="E. lamellosa" match="Echinopora lamellosa" post=" samples, these bacteria were consi" name="binomial"/>
<result pre="ated White Syndrome-affected (WST) " exact="Echinopora lamellosa" match="Echinopora lamellosa" post=" samples. Error bars represent SE. " name="binomial"/>
<result pre="ies in all white syndrome-affected " exact="E. lamellosa" match="Echinopora lamellosa" post=" samples (treated and untreated), w" name="binomial"/>
<result pre="3). Ciliates C1 (97% similarity to " exact="Cohnilembus verminus" match="Cohnilembus verminus" post=") and C3 (99% similarity to Pseu" name="binomial"/>
<result pre="ound to be most closely related to " exact="Philaster digitformis" match="Philaster digitformis" post=" Morph 3 ( Fig. 6), a ciliate isola" name="binomial"/>
<result pre="4 is proposed to be a new morph of " exact="P. digitformis" match="Philaster digitformis" post=", designated as Morph 4. Morph 4 di" name="binomial"/>
<result pre="445 bases. C2 (98% similarity with " exact="Loxophyllum rostratum" match="Loxophyllum rostratum" post=") is only represented in two WSU an" name="binomial"/>
<result pre="el [ 40] with an opalinid protist; " exact="Opalina ranarum" match="Opalina ranarum" post=" (AF141970) as the outgroup, as use" name="binomial"/>
<result pre="samples of the scleractinian coral " exact="Echinopora lamellosa" match="Echinopora lamellosa" post=", whilst also determining WS-associ" name="binomial"/>
<result pre="6S rRNA) diversity associated with " exact="E. lamellosa" match="Echinopora lamellosa" post=" was found to increase between heal" name="binomial"/>
<result pre=" being absent in healthy samples). " exact="Tenacibaculum maritimum" match="Tenacibaculum maritimum" post=" has previously been shown to be as" name="binomial"/>
<result pre="iofilm on the coral surface [ 43]. " exact="T. maritimum" match="Tenacibaculum maritimum" post=" has also been shown to be responsi" name="binomial"/>
<result pre="and tumour-affected soft tissue in " exact="Echinopora lamellosa" match="Echinopora lamellosa" post=", which often subsequently became a" name="binomial"/>
<result pre="ecently been associated with WS in " exact="Acropora cervicornis" match="Acropora cervicornis" post=" [ 46]. Interestingly, the ribotype" name="binomial"/>
<result pre="usly been found in associated with " exact="Oculina patagonica" match="Oculina patagonica" post=", from which isolates showed antimi" name="binomial"/>
<result pre="action against the coral pathogens " exact="Vibrio shiloi" match="Vibrio shiloi" post=", V. coralliilyticus and " name="binomial"/>
<result pre="al pathogens Vibrio shiloi, " exact="V. coralliilyticus" match="Vibrio coralliilyticus" post=" and Thalassomonas loyana [ " name="binomial"/>
<result pre="/i>, V. coralliilyticus and " exact="Thalassomonas loyana" match="Thalassomonas loyana" post=" [ 22]. It could therefore be expec" name="binomial"/>
<result pre="owever, was found to be present in " exact="E. lamellosa" match="Echinopora lamellosa" post=" samples treated with the antibioti" name="binomial"/>
<result pre=", previously proposed WS pathogen) " exact="Vibrio harveyi" match="Vibrio harveyi" post=". This could suggest that antimicro" name="binomial"/>
<result pre="althy and diseased specimens, with " exact="E. lamellosa" match="Echinopora lamellosa" post=" appearing to have a naturally very" name="binomial"/>
<result pre="ted antimicrobial capacity against " exact="Vibrio harveyi" match="Vibrio harveyi" post=". This could suggest that not all c" name="binomial"/>
<result pre="ggest that not all corals, such as " exact="Echinopora lamellosa" match="Echinopora lamellosa" post=", possess such antimicrobial qualit" name="binomial"/>
<result pre=" [ 60– 62] and it is possible that " exact="E. lamellosa" match="Echinopora lamellosa" post=" features antimicrobial properties " name="binomial"/>
<result pre="perties that do not select against " exact="Vibrio harveyi" match="Vibrio harveyi" post=". To understand the overall antimic" name="binomial"/>
<result pre="robial capacity and selectivity of " exact="E. lamellosa" match="Echinopora lamellosa" post=" (and other species), future antimi" name="binomial"/>
<result pre="iliates were identified in healthy " exact="E. lamellosa" match="Echinopora lamellosa" post=" samples, thus making this the firs" name="binomial"/>
<result pre="iates with WS in the plating coral " exact="E. lamellosa" match="Echinopora lamellosa" post=". A Philaster sp was also fo" name="binomial"/>
<result pre="e of another Philaster sp ( " exact="P. lucinda" match="Philaster lucinda" post=") in WBD and WS [ 46, 63]. It was o" name="binomial"/>
<result pre="ued. This promotes the theory that " exact="P. lucinda" match="Philaster lucinda" post=" is a secondary agent in WBD, which" name="binomial"/>
<result pre="ate being found in all WS-affected " exact="E. lamellosa" match="Echinopora lamellosa" post=" samples in the present study. C" name="binomial"/>
<result pre="es between healthy and WS-affected " exact="E. lamellosa" match="Echinopora lamellosa" post=". Given its association with the fo" name="binomial"/>
<result pre="n formation and tissue necrosis in " exact="Echinopora lamellosa" match="Echinopora lamellosa" post=". Since this bacterium has not been" name="binomial"/>
</results>