首页> 外文期刊>Bulgarian journal of veterinary medicine. >HISTOLOGICAL DISCRIMINATION OF FRESH FROM FROZEN/THAWED CARP (CYPRINUS CARPIO)
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HISTOLOGICAL DISCRIMINATION OF FRESH FROM FROZEN/THAWED CARP (CYPRINUS CARPIO)

机译:来自冷冻/解冻鲤鱼的新鲜组织学辨别(Cyprinus carpio)

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The aim of the study was to perform histological differentiation of dorsal and ventral musculature of fresh and frozen/thawed carps (Cyprinus carpio). Histological findings of muscle fibres (Myofibra striata) of fresh carps did not show any changes. Single freezing at –10 oС resulted in extracellular gaps in the central part of some of fibres. After single freezing at –18 oС, muscle fibres with cell destruction in the central part were identified while the periphery remained intact. Completely destructured and deformed areas of muscle fibres were demonstrated after single freezing at –27 oС. Double freezing at –10 oС resulted in shrinkage, extracellular gaps and fragmentation of fibres, while muscle fibres double-frozen at –18 oС were impaired, degraded and with visible defects. The histological findings in carp muscle, double-frozen at –27 oС comprised severely deformed muscle fibres with increased extracellular gaps from degraded muscle tissue. On the basis of findings, it could be concluded that double freezing of carps was not an appropriate method of storage and shelf-life extension.
机译:该研究的目的是在新鲜和冷冻/解冻的鲤鱼(Cyprinus carpio)的背侧和腹侧肌肉组织学分化。新鲜鲤鱼的肌肉纤维(Myofibra Striata)的组织学发现没有显示任何变化。在-10℃下冻结,导致一些纤维的中央部分的细胞外空隙。在-18℃下冻结后,在中心部分中具有细胞破坏的肌纤维,而周边保持完整。在-27oс冻结后,在-27oс冻结后,证明了肌肉纤维的完全破坏性和变形区域。双重冷冻在-10oс导致纤维的收缩,细胞外差距和碎裂,而肌肉纤维在-18℃下冻结,损害,降解和可见缺陷。鲤鱼肌肉中的组织学发现,在-27oс的双冷冻包含严重变形的肌肉纤维,具有来自降解的肌肉组织的细胞外空隙。在调查结果的基础上,可以得出结论,双冷冻鲤鱼不是适当的储存和保质期延伸方法。

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