Agriculture Reference
In-Depth Information
Table 8.3 Overview of other bacterial probiotic studies in fish which have investigated gut microbiota.
Probiont
Fish
Techniques
References
Phaeobacter strain 27-4 a
Turbot
Probiont; plate counts and
immunohistochemistry
Planas et al . (2006)
V. alginolyticus
Rainbow trout
Probiont; conventional tests,
API 50CH and API 20E
Irianto and Austin
(2002)
Isolate A3-47S
(preliminarily ID V.
fluvialis )
Rainbow trout
Probiont; conventional tests,
API 50CH and API 20E
Irianto and Austin
(2002)
Isolate A3-51 (preliminarily
ID A. hydrophila )
Rainbow trout
Probiont; conventional tests,
API 50CH and API 20E
Irianto and Austin
(2002)
Arthrobacter sp.
Atlantic cod
TVC, Vibrio and LAB SM;
16S rRNA sequencing
Lauzon et al . (2010a)
Arthrobacter sp.
Atlantic cod
TVC, Vibrio and LAB SM
Lauzon et al . (2010b)
Vibrio sp. (2J18),
Shewanella sp. (2J27)
and an unidentified
Gram-positive (J84)
Senegalese sole
TVC and immunocolony blot
ID of probionts
Makridis et al. (2008)
Pseudomonas M174
Rainbow trout
Probiont SM; conventional
tests and PCR analysis
Korkea-aho et al .
(2011)
Pseudomonas M162
Rainbow trout
Probiont SM; conventional
tests and API 20E tests
Korkea-aho et al .
(2012)
V. pe l ag i u s
Turbot
ELISA
Ringø (1999)
Sh. putrefaciens (Pdp11)
and Sh. baltica (Pdp13)
Senegalese sole
DGGE
Sáenz de Rodrigáñez
et al . (2009)
Sh. putrefaciens (Pdp11)
and Sh. baltica (Pdp13)
Senegalese sole
DGGE
de La Banda et al .
(2010)
Sh. putrefaciens (Pdp11)
Senegalese sole
DGGE
Tapia-Paniagua et al.
(2010)
a Designated as Roseobacter 27-4 in the original article.
Genera abbreviations: A . = Aeromonas , Sh . = Shewanella , V . = Vibrio .
Microbial techniques: conventional tests = standard biochemical and/or phenotypic characterization; probiont = enumera-
tion of probiont; SM = selective media; TVC = total viable counts.
documented for growth performance, immunomodulation and disease resistance (for a review
see Tapia-Paniagua et al . 2012). Some information is also available regarding their ability
to modulate the gut microbiota (Seanz de Rodrigáñez et al . 2009; de La Banda et al . 2010;
Tapia-Paniagua etal . 2010). Seanz de Rodrigáñez and co-authors (2009) used DGGE to inves-
tigate dietary administration of Sh.putrefaciens (Pdp11) and Sh.baltica (Pdp13). After feeding
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