The effects of tank colour, live food enrichment and greenwater on the early onset of jaw malformation in striped trumpeter larvae

Cobcroft, JM; Shu‐Chien, Alexander Chong; Kuah, Meng-Kiat; Jaya-Ram, Annette; Battaglene, SC

doi:10.1016/j.aquaculture.2012.05.035

Cited by 49 publications

(51 citation statements)

References 71 publications

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“…For instance, when the first jaw malformation occurred around 19 DPH in Atlantic halibut H. hippoglossus, the bent Meckel's cartilage was detected (Morrison & Macdonald 1995). Moreover, a recent study indicates that the tank wall colour is associated with jaw malformation in striped trumpeter larvae (Cobcroft et al 2012), but it is unknown whether the tank colour is attributable to jaw malformation in larval golden pompano. However, the bent Meckel's cartilage was observed as early as 4 DPH in yellowtail kingfish Seriola lalandi (Cobcroft et al 2004).…”

Section: Discussionmentioning

confidence: 99%

“…Environmental parameters, such as pH (Steingraeber & Gingerich 1991), oxygen (Hattori, Sawada, Kurata, Yamamoto, Kato & Kumai 2004), water temperature (Sfakianakis, Koumoundouros, Divanach & Kentouri 2004;Georgakopoulou, Angelopoulou, Kaspiris, Divanach & Koumoundouros 2007), salinity (Okamoto, Kurokawa, Gen, Murashita, Nomura, Kim, Matsubara, Ohta & Tanaka 2009), tank wall colour (Cobcroft & Battaglene 2009;Cobcroft et al 2012), water current (Owen, Eynon, Woodgate, Davies & Fox 2012) and aquaculture containment system (Can 2013) are associated with skeletal malformation in hatchery reared fish. Environmental parameters, such as pH (Steingraeber & Gingerich 1991), oxygen (Hattori, Sawada, Kurata, Yamamoto, Kato & Kumai 2004), water temperature (Sfakianakis, Koumoundouros, Divanach & Kentouri 2004;Georgakopoulou, Angelopoulou, Kaspiris, Divanach & Koumoundouros 2007), salinity (Okamoto, Kurokawa, Gen, Murashita, Nomura, Kim, Matsubara, Ohta & Tanaka 2009), tank wall colour (Cobcroft & Battaglene 2009;Cobcroft et al 2012), water current (Owen, Eynon, Woodgate, Davies & Fox 2012) and aquaculture containment system (Can 2013) are associated with skeletal malformation in hatchery reared fish.…”

Section: Introductionmentioning

confidence: 99%

“…In addition, the 'pugheadness' or 'dog's heads' has been regarded as a type of body deformation in hatchery reared European sea bass Dicentrarchus labrax (Barahona-Fernandes 1982). A recent study has found a positive correlation between the incidence of jaw malformation and the walling behaviour in hatchery reared striped trumpeter (Cobcroft et al 2012). The most common form of jaw malformations in striped trumpeter was the incapability of closing mouth, characterized by a permanent open mouth in striped trumpeter larvae starting from the first feeding (Cobcroft et al 2012).…”

Section: Introductionmentioning

confidence: 99%

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Jaw malformation of hatchery reared golden pompanoTrachinotus ovatus(Linnaeus 1758) larvae

Zheng

Guo

et al. 2014

Aquac Res

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Jaw malformations of hatchery reared golden pompano Trachinotus ovatus larvae were studied from 1 day post hatch (DPH) to 31 DPH. The severity of jaw deformities was classified into three levels where '0' represents normal jaw; '1' is intermediate jaw malformation; and '2' is severe jaw malformation. The severe jaw malformations of golden pompano larvae were clearly observed on 3 DPH. Starting from 3 DPH, both intermediate and severe jaw malformations were observed and the total incidence of jaw malformations ranged from 9.6% to 46.6%. The highest severe jaw malformation occurred on 5 DPH, and 25% larvae exhibited serve jaw malformation. On 11 DPH, jaw malformations reached the peak with 46.6% fish exhibiting jaw malformations of either category 1 or 2. On 26 DPH, the percentage of intermediate jaw malformation reached the peak value (36.4%). This was the first study reporting jaw malformation of golden pompano larvae, and the result can be used as a reference point for future research on the control of jaw malformation in golden pompano.

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Section: Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Jaw malformation of hatchery reared golden pompanoTrachinotus ovatus(Linnaeus 1758) larvae

Zheng

Guo

et al. 2014

Aquac Res

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“…La intensificación de los sistemas de cultivo también parece influir en la incidencia de malformaciones esqueléticas craneales . El comportamiento larval de acercarse a la pared, aparentemente buscando alimento y que es conocido como comportamiento "wall-nosing" (husmeando la pared), asociado con el color del tanque, tiene el potencial de herir a las larvas que nadan vigorosamente (Cobcroft et al, 2004) y provocar una alta incidencia de malformaciones mandibulares en L. lineata a los 29 dpe (Cobcroft et al, 2012). Según Cobcroft & Battaglene (2009), existe una correlación positiva de este comportamiento con las anomalías asociadas a la mandíbula, debido probablemente a la abrasión mecánica que se genera por chocar con la pared del tanque que pueden dañar los elementos esqueléticos que conforman la mandíbula y estos daños a su vez, asociarse con infección de agentes patógenos que no permiten el normal desarrollo de la mandíbula o que incrementan la severidad de las malformaciones.…”

Section: Otros Factoresunclassified

Malformaciones craneales en larvas y juveniles de peces cultivados

Argüello-Guevara

Bohórquez‐Cruz

Silva

2014

lajar

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RESUMEN.Las malformaciones óseas en peces cultivados representan un gran problema en acuicultura, no sólo por las pérdidas económicas que puede generar el mantenimiento de peces que no serán utilizados, sino también por las complicaciones a nivel fisiológico y morfológico que sufren los peces a lo largo de su ciclo de vida. Estas malformaciones pueden tener inicio desde los primeros estados de desarrollo y estar asociadas a una degeneración de las estructuras óseas con la edad, o a factores genéticos, nutricionales, ambientales, de manejo o una interacción entre éstas, haciéndose difícil la determinación de un solo agente causal. La presente revisión resume la información existente sobre la tipología, momento de aparición y posibles factores causales asociados a las malformaciones esqueléticas con particular énfasis en las malformaciones a nivel craneal.ABSTRACT. Skeletal malformations in farmed fish are a major problem in aquaculture, not only for economic losses that can generate the maintenance of deformed fish, but also by the physiological and morphological implications in fish along life cycle. These malformations may be starting from the earliest stages of development and be associated with a degeneration of the bone structure with age, or genetic, nutritional, environmental factors and management, or relate to each other, making difficult to determine a single causative agent. The present critical review summarizes existing information on type, occurrence and possible causative factors associated with skeletal malformations with particular emphasis on cranial malformations.

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“…Different TWC induce a variety of responses in relation to growth (Luchiari & Pirhonen, 2008), survival (Raghavan et al, 2013), aggression (Hoglund, Balm, & Winberg, 2002), stress response (Rotllant et al, 2003;Papoutsoglou, 2005), behaviour and feed acceptance (Strand, Alanara, Staffan, & Magnhagen, 2007). The LI and TWC can influence fish survival (Brannas, Alanara, & Magnhagen, 2001) and inflation of larva swim bladder (MartinRobichaud & Peterson, 1998), and optimal TWC is associated with lower incidence of mouth deformities (Cobcroft, Shu-Chien, Kuah, Jaya-Ram, & Battaglene, 2012). Some levels of LI and TWC has been demonstrated to induce stress in fish (Rotllant et al, 2003).…”

Section: Introductionmentioning

confidence: 99%

Untitled

Sebesta¹,

Stejskal²,

Matoušek³

et al. 2019

Turk. J. Fish. Aquat. Sci.

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A 33-day experiment was carried out to investigate the effect of light at 80, 380, and 3800 lux and tank wall colour (black, grey, white, red, green, blue, clear) separately and in combination on growth, survival, yield, and size heterogeneity of peled Coregonus peled larvae. 7 groups of larvae in 3 repetitions were transferred to the experimental system. Each group comprised 300 larvae. Larvae were fed fresh live brine shrimp Artemia salina and artificial dry food LARVIVA ProWean. Significantly higher (p<0.05) survival was observed in black and white tanks in comparison with grey tanks. Significantly lower (p<0.05) size heterogeneity was observed in red and grey tanks compared to clear, black, green, and blue tanks, and in RD-H compared to

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The effects of tank colour, live food enrichment and greenwater on the early onset of jaw malformation in striped trumpeter larvae

Cited by 49 publications

References 71 publications

Jaw malformation of hatchery reared golden pompanoTrachinotus ovatus(Linnaeus 1758) larvae

Jaw malformation of hatchery reared golden pompanoTrachinotus ovatus(Linnaeus 1758) larvae

Malformaciones craneales en larvas y juveniles de peces cultivados

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