八陵铁山有机鳙的生物学特性及优良性状研究

Jiayan Chen , Lingwei Tang , Fangyuan Peng , Zhen Huang , Xingliang Feng , Xiaojun Liu , Yuelong Wang , Yamei Xiao , Wenbin Liu
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引用次数: 0

摘要

八陵铁山水库是湖南省重要的人工内陆湖之一,水产资源丰富,包括有机鳙等优质鱼类。为进一步利用巴陵铁山水库资源优势,打造优质品牌,本实验通过基因克隆、qRT-PCR、石蜡切片等技术,分析了巴陵铁山有机鳙鱼(BTOBC)的生物学特性及优良性状,为提高BTOBC品质提供实验依据。以池养鳙鱼(PCBC)为对照进行比较。研究结果表明,BTOBC在体色、体型和肉质方面表现出优异的性状,较好地满足了市场和消费者的需求。肌肉营养成分分析和肌纤维组织形态学观察表明,BTOBC中肌肉脂肪比例和鲜味氨基酸(AA)含量较高,肌纤维密度较高,口感增强。血液指标和肝脏组织学观察表明,BTOBC具有相对健康的生理状况。鲜味味觉受体基因T1r1和T1r3在各组织中的mRNA表达检测表明,BTOBC的肉口感更鲜美。本研究全面了解了BTOBC的营养特性,探索了其优良性状,可为库区后续加工、综合利用和健康养殖提供参考。为水库资源的合理利用和水库渔业的可持续发展提供了科学依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on biological characteristics and excellent characters of Baling Tieshan organic bighead carp

Baling Tieshan Reservoir is one of the important artificial inland lakes in Hunan Province, with abundant aquatic resources, including high-quality fish species such as organic bighead carp. In order to further utilize the resource advantages of Baling Tieshan Reservoir and create a high-quality brand, this experiment analysis the biological characteristics and excellent traits of Baling Tieshan organic bighead carp (BTOBC) through techniques such as gene cloning, qRT-PCR, and paraffin section, and provides experimental basis for improving the quality of BOTBC. Pond-cultured bighead carp (PCBC) was used as a control for comparison. The findings reveal that BTOBC exhibits excellent traits in terms of body color, body shape and meat quality, which better meets the market and consumers' demands. Analysis of muscle nutrient composition and observation of muscle fiber histomorphology demonstrate a higher muscle fat proportion, and umami amino acid (AA) content, higher muscle fiber density, enhanced taste in BTOBC. Blood index and liver histology observation indicate that BTOBC has relatively healthier physiological conditions. mRNA expression detection of umami taste receptor genes T1r1 and T1r3 in various tissues shows that the meat of BTOBC has a more delicious taste. This study provides a comprehensive understanding of the nutritional characteristics of BTOBC and explores its excellent traits, which can serve as a reference for subsequent processing, comprehensive utilization, and healthy breeding in the reservoir area. Moreover, it offers a scientific basis for the rational use of reservoir resources and the sustainable development of reservoir fisheries.

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