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猪胴体组成:II. 利用指示性切块预测胴体组成

Pork carcass composition: II. Use of indicator cuts for predicting carcass composition.

作者信息

Swensen K, Ellis M, Brewer M S, Novakofski J, McKeith F K

机构信息

Viscase Corporation, Chicago, IL, USA.

出版信息

J Anim Sci. 1998 Sep;76(9):2405-14. doi: 10.2527/1998.7692405x.

Abstract

Right sides of 30 pork carcasses were fabricated into indicator cuts (Boston butt, picnic, anterior belly, posterior belly, anterior loin, posterior loin, and ham) and used to determine carcass composition by physical dissection and chemical analysis of soft tissue. Linear measures and chemical composition of whole-side grind were collected from left sides. Dissection of indicator cuts to predict dissectable composition of the side were much better indicators than linear measures (R2 = .70 to .94). Chemical analyses of soft tissue (lean + lipid) from the loin and anterior belly were better predictors of fat-free lean and extractable lipid composition of the side than linear measures; 89% of the variation in dissectable lean of the side was explained by the use of dissectable components of the anterior loin. The loin served as the best overall indicator cut across the various end points evaluated; 92% of the variation in dissectable lean of the side was explained using dissectable components of the shoulder. The anterior belly was a good indicator for percentage of dissectable lean, fat, fat-free lean, and extractable lipid.

摘要

选取30头猪胴体的右侧部分制成标准切块(波士顿臀肉、野餐肉、前腹部、后腹部、前腰部、后腰部和火腿),通过对软组织进行物理解剖和化学分析来确定胴体组成。从左侧部分收集整侧研磨肉的线性测量数据和化学成分。通过解剖标准切块来预测整侧可解剖组成,比线性测量指标要好得多(R2 = 0.70至0.94)。对腰部和前腹部软组织(瘦肉 + 脂质)进行化学分析,比线性测量指标更能准确预测整侧的无脂瘦肉和可提取脂质组成;通过使用前腰部的可解剖成分,可解释整侧可解剖瘦肉89%的变异。在评估的各个终点指标中,腰部是最佳的整体标准切块;通过使用肩部的可解剖成分,可解释整侧可解剖瘦肉92%的变异。前腹部是可解剖瘦肉、脂肪、无脂瘦肉和可提取脂质百分比的良好指标。

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