Effect of the squid viscera hydrolysate on growth performance and digestion in the red sea bream Pagrus major
The improvement in feed efficiency is one of the most important subjects in fish culture. The development of feed, in terms of good intake, high growth performance, and high feed efficiency is needed. Squid viscera are one of the candidates for alternative material in improving feed efficiency in fi...
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Published in | Fish physiology and biochemistry Vol. 43; no. 6; pp. 1543 - 1555 |
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Main Authors | , , , , , |
Format | Journal Article |
Language | English |
Published |
Dordrecht
Springer Netherlands
01.12.2017
Springer Nature B.V |
Subjects | |
Online Access | Get full text |
ISSN | 0920-1742 1573-5168 1573-5168 |
DOI | 10.1007/s10695-017-0391-y |
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Abstract | The improvement in feed efficiency is one of the most important subjects in fish culture. The development of feed, in terms of good intake, high growth performance, and high feed efficiency is needed. Squid viscera are one of the candidates for alternative material in improving feed efficiency in fish culture. In the present study, we described the dietary effect of the squid viscera hydrolysate (SVH) on the growth performance of the red sea bream. The addition of SVH to feed caused significant increases in feed intake, fork length, and body weight and produced a marked improvement in feed conversion after 4 weeks of feeding. Furthermore, the results of this feeding revealed that low dietary levels of SVH promote growth performance in the red sea bream. We physiologically analyzed digestion and appetite in fish fed diet containing SVH. SVH promoted the activity of hepatic trypsin and lipase, gene expression of stomach pepsin, hepatic lipase, and pyloric caeca trypsin, thereby improving the nutrient availability in red sea bream. Moreover, the mRNA expression of appetite regulating factor, such as brain NPY and stomach ghrelin was significantly improved by dietary SVH. Our current results indicate that dietary SVH as alternative material produced excellent effects on growth performance, which is dependent on the promoting effect on digestion and appetite in red sea bream. |
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AbstractList | The improvement in feed efficiency is one of the most important subjects in fish culture. The development of feed, in terms of good intake, high growth performance, and high feed efficiency is needed. Squid viscera are one of the candidates for alternative material in improving feed efficiency in fish culture. In the present study, we described the dietary effect of the squid viscera hydrolysate (SVH) on the growth performance of the red sea bream. The addition of SVH to feed caused significant increases in feed intake, fork length, and body weight and produced a marked improvement in feed conversion after 4 weeks of feeding. Furthermore, the results of this feeding revealed that low dietary levels of SVH promote growth performance in the red sea bream. We physiologically analyzed digestion and appetite in fish fed diet containing SVH. SVH promoted the activity of hepatic trypsin and lipase, gene expression of stomach pepsin, hepatic lipase, and pyloric caeca trypsin, thereby improving the nutrient availability in red sea bream. Moreover, the mRNA expression of appetite regulating factor, such as brain NPY and stomach ghrelin was significantly improved by dietary SVH. Our current results indicate that dietary SVH as alternative material produced excellent effects on growth performance, which is dependent on the promoting effect on digestion and appetite in red sea bream. The improvement in feed efficiency is one of the most important subjects in fish culture. The development of feed, in terms of good intake, high growth performance, and high feed efficiency is needed. Squid viscera are one of the candidates for alternative material in improving feed efficiency in fish culture. In the present study, we described the dietary effect of the squid viscera hydrolysate (SVH) on the growth performance of the red sea bream. The addition of SVH to feed caused significant increases in feed intake, fork length, and body weight and produced a marked improvement in feed conversion after 4 weeks of feeding. Furthermore, the results of this feeding revealed that low dietary levels of SVH promote growth performance in the red sea bream. We physiologically analyzed digestion and appetite in fish fed diet containing SVH. SVH promoted the activity of hepatic trypsin and lipase, gene expression of stomach pepsin, hepatic lipase, and pyloric caeca trypsin, thereby improving the nutrient availability in red sea bream. Moreover, the mRNA expression of appetite regulating factor, such as brain NPY and stomach ghrelin was significantly improved by dietary SVH. Our current results indicate that dietary SVH as alternative material produced excellent effects on growth performance, which is dependent on the promoting effect on digestion and appetite in red sea bream. The improvement in feed efficiency is one of the most important subjects in fish culture. The development of feed, in terms of good intake, high growth performance, and high feed efficiency is needed. Squid viscera are one of the candidates for alternative material in improving feed efficiency in fish culture. In the present study, we described the dietary effect of the squid viscera hydrolysate (SVH) on the growth performance of the red sea bream. The addition of SVH to feed caused significant increases in feed intake, fork length, and body weight and produced a marked improvement in feed conversion after 4 weeks of feeding. Furthermore, the results of this feeding revealed that low dietary levels of SVH promote growth performance in the red sea bream. We physiologically analyzed digestion and appetite in fish fed diet containing SVH. SVH promoted the activity of hepatic trypsin and lipase, gene expression of stomach pepsin, hepatic lipase, and pyloric caeca trypsin, thereby improving the nutrient availability in red sea bream. Moreover, the mRNA expression of appetite regulating factor, such as brain NPY and stomach ghrelin was significantly improved by dietary SVH. Our current results indicate that dietary SVH as alternative material produced excellent effects on growth performance, which is dependent on the promoting effect on digestion and appetite in red sea bream.The improvement in feed efficiency is one of the most important subjects in fish culture. The development of feed, in terms of good intake, high growth performance, and high feed efficiency is needed. Squid viscera are one of the candidates for alternative material in improving feed efficiency in fish culture. In the present study, we described the dietary effect of the squid viscera hydrolysate (SVH) on the growth performance of the red sea bream. The addition of SVH to feed caused significant increases in feed intake, fork length, and body weight and produced a marked improvement in feed conversion after 4 weeks of feeding. Furthermore, the results of this feeding revealed that low dietary levels of SVH promote growth performance in the red sea bream. We physiologically analyzed digestion and appetite in fish fed diet containing SVH. SVH promoted the activity of hepatic trypsin and lipase, gene expression of stomach pepsin, hepatic lipase, and pyloric caeca trypsin, thereby improving the nutrient availability in red sea bream. Moreover, the mRNA expression of appetite regulating factor, such as brain NPY and stomach ghrelin was significantly improved by dietary SVH. Our current results indicate that dietary SVH as alternative material produced excellent effects on growth performance, which is dependent on the promoting effect on digestion and appetite in red sea bream. |
Author | Miura, Chiemi Kondo, Fumitaka Miura, Takeshi Ohta, Takashi Iwai, Toshiharu Ido, Atsushi |
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BackLink | https://www.ncbi.nlm.nih.gov/pubmed/28676949$$D View this record in MEDLINE/PubMed |
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Keywords | Squid viscera hydrolysate Gut-brain hormones Growth performance Aquaculture Digestive enzyme |
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2006 Jul 29;361(1471):1187-209 – reference: 19463754 - Peptides. 2009 Jun;30(6):1187-91 – reference: 12711082 - Brain Res. 2003 May 16;972(1-2):90-109 – reference: 16005251 - Comp Biochem Physiol B Biochem Mol Biol. 2005 Sep;142(1):79-89 – reference: 16648303 - J Endocrinol. 2006 May;189(2):365-79 – reference: 13890599 - Arch Biochem Biophys. 1961 Nov;95:271-8 – reference: 4016142 - Biochim Biophys Acta. 1985 Jul 31;835(3):477-90 – reference: 19087889 - Comp Biochem Physiol A Mol Integr Physiol. 2009 May;153(1):8-12 – reference: 16242687 - Gen Comp Endocrinol. 2006 Feb;145(3):287-97 – reference: 14962995 - Endocrinology. 2004 Jun;145(6):2607-12 – reference: 17134539 - J Physiol Sci. 2006 Dec;56(6):441-7 – reference: 16183909 - Physiol Rev. 2005 Oct;85(4):1131-58 – reference: 16904358 - Comp Biochem Physiol B Biochem Mol Biol. 2006 Oct;145(2):168-78 |
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SubjectTerms | Animal Anatomy Animal Biochemistry Animal Feed - analysis Animal Nutritional Physiological Phenomena Animal Physiology Animals Appetite Aquaculture Biomedical and Life Sciences Body weight Brain carboxylic ester hydrolases cecum Cloning, Molecular Decapodiformes - chemistry diet Diet - veterinary Digestion Digestion - drug effects Efficiency Feed conversion Feed conversion efficiency Feed efficiency feed intake Feeding Feeds Fish Fish culture Food conversion Fork length Freshwater & Marine Ecology Gene expression Gene Expression Regulation Ghrelin growth performance Histology hydrolysates Life Sciences Lipase Marine molluscs messenger RNA Mineral nutrients Morphology Neuropeptide Y Nutrient availability Pagrus major Pepsin Perciformes - growth & development Perciformes - physiology Physical growth Pyloric caeca Squid Stomach Trypsin Viscera Zoology |
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Title | Effect of the squid viscera hydrolysate on growth performance and digestion in the red sea bream Pagrus major |
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