The Growth and Distribution of Carcass Fat in Fattening Steer of Different Breeds

The growth and distribution patterns of carcass fat were investigated in three breeds of beef cattle entering fattening phase. The study involved 23 grass-fed steer Brahman, 24 Hereford and 22 Brahmanx Hereford crosses with a live weight range from 300-600 kg. An allometric Huxley model was used to...

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Main Authors: R. Priyanto, E. R. Johnson
Format: Article
Language:English
Published: Bogor Agricultural University 2012-04-01
Series:Media Peternakan
Subjects:
Online Access:http://medpet.journal.ipb.ac.id/index.php/mediapeternakan/article/view/5226
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spelling doaj-55dd6c12ac7e4ec1bb0c03062835c5e02020-11-24T22:23:44ZengBogor Agricultural UniversityMedia Peternakan0126-04722087-46342012-04-013514548The Growth and Distribution of Carcass Fat in Fattening Steer of Different BreedsR. PriyantoE. R. JohnsonThe growth and distribution patterns of carcass fat were investigated in three breeds of beef cattle entering fattening phase. The study involved 23 grass-fed steer Brahman, 24 Hereford and 22 Brahmanx Hereford crosses with a live weight range from 300-600 kg. An allometric Huxley model was used to study the growth and distribution patterns of fat tissue within wholesale cut. In most cases, Brahmans had significantly higher growth coefficients than Herefords and/or BrahmanxHereford crosses while Herefords and BrahmanxHereford crosses had similar growth coefficients in wholesale cuts. At log natural of 75 kg side muscle+bone weight (4.313 kg), Herefords had significantly a higher fat weight within wholesale cuts than Brahmans and BrahmanxHereford crosses. Comparison at log natural of 114 kg side muscle+bone weight (4.733 kg), whilst Brahmans and Herefords were similar in fat weight distribution, the cross-bred steer had lower fat weights than the other two breed groups in almost all wholesale cuts. http://medpet.journal.ipb.ac.id/index.php/mediapeternakan/article/view/5226steerbreedfattening phasefat growthdistribution
collection DOAJ
language English
format Article
sources DOAJ
author R. Priyanto
E. R. Johnson
spellingShingle R. Priyanto
E. R. Johnson
The Growth and Distribution of Carcass Fat in Fattening Steer of Different Breeds
Media Peternakan
steer
breed
fattening phase
fat growth
distribution
author_facet R. Priyanto
E. R. Johnson
author_sort R. Priyanto
title The Growth and Distribution of Carcass Fat in Fattening Steer of Different Breeds
title_short The Growth and Distribution of Carcass Fat in Fattening Steer of Different Breeds
title_full The Growth and Distribution of Carcass Fat in Fattening Steer of Different Breeds
title_fullStr The Growth and Distribution of Carcass Fat in Fattening Steer of Different Breeds
title_full_unstemmed The Growth and Distribution of Carcass Fat in Fattening Steer of Different Breeds
title_sort growth and distribution of carcass fat in fattening steer of different breeds
publisher Bogor Agricultural University
series Media Peternakan
issn 0126-0472
2087-4634
publishDate 2012-04-01
description The growth and distribution patterns of carcass fat were investigated in three breeds of beef cattle entering fattening phase. The study involved 23 grass-fed steer Brahman, 24 Hereford and 22 Brahmanx Hereford crosses with a live weight range from 300-600 kg. An allometric Huxley model was used to study the growth and distribution patterns of fat tissue within wholesale cut. In most cases, Brahmans had significantly higher growth coefficients than Herefords and/or BrahmanxHereford crosses while Herefords and BrahmanxHereford crosses had similar growth coefficients in wholesale cuts. At log natural of 75 kg side muscle+bone weight (4.313 kg), Herefords had significantly a higher fat weight within wholesale cuts than Brahmans and BrahmanxHereford crosses. Comparison at log natural of 114 kg side muscle+bone weight (4.733 kg), whilst Brahmans and Herefords were similar in fat weight distribution, the cross-bred steer had lower fat weights than the other two breed groups in almost all wholesale cuts.
topic steer
breed
fattening phase
fat growth
distribution
url http://medpet.journal.ipb.ac.id/index.php/mediapeternakan/article/view/5226
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