About 43% of the meat from cow carcasses is sold into the boxed beef trade. This research was conducted to compare muscles from beef and dairy cows in an effort to identify optimal uses for cow muscles. Twenty-one muscles from beef and dairy cow carcasses were analyzed for objective color, total heme-iron, total collagen, pH, expressible moisture and proximate composition. Wide variation was observed for all properties measured. Effects of breed type on all measured traits were minimal except in the case of percent moisture. These results indicate muscles from beef and dairy cows are similar in chemical and physical properties. Opportunities exist to upgrade the value of selected cow muscles
Background: An important controversy in the relationship between beef tenderness and muscle characte...
The objective of the study was to determine the chemical composition of eight heifer muscles and the...
The aim of the study was to compare slaughter value, collagen profile, shear force and sensory quali...
Twenty-one muscles from beef and dairy cow carcasses were analyzed for objective color, shear force,...
Some muscles from the different populations of cows evaluated have similar chemical and physical pro...
Twenty-seven and 12 muscles, respectively, from the chuck and round were analyzed for objective colo...
Composition, drip loss, objective colour, and measures of colour stability during 3 d of retail disp...
Carcasses from grass-fed beef have lower fat thickness and lighter carcass weights, which increases ...
In the mid-90\u27s, Cattle Fax released some alarming data. They showed that over the previous 5-yea...
Thirty - four muscles/muscle groups, each greater than .1 kg, were dissected from 16 forequarters to...
Combining 60 years of published research, 40 different beef muscles were ranked by Warner-Bratzler s...
The goal of this study was to compare the chemical properties of three muscle types of beef cattle f...
Twelve muscles from eight Select/Choice grade steers were evaluated for beef flavor intensity, tende...
Author Institution (Fluharty and Wulf): Department of Animal Sciences, The Ohio State University; Au...
The objective of this study was to benchmark carcasses and muscles from commercially identified fed ...
Background: An important controversy in the relationship between beef tenderness and muscle characte...
The objective of the study was to determine the chemical composition of eight heifer muscles and the...
The aim of the study was to compare slaughter value, collagen profile, shear force and sensory quali...
Twenty-one muscles from beef and dairy cow carcasses were analyzed for objective color, shear force,...
Some muscles from the different populations of cows evaluated have similar chemical and physical pro...
Twenty-seven and 12 muscles, respectively, from the chuck and round were analyzed for objective colo...
Composition, drip loss, objective colour, and measures of colour stability during 3 d of retail disp...
Carcasses from grass-fed beef have lower fat thickness and lighter carcass weights, which increases ...
In the mid-90\u27s, Cattle Fax released some alarming data. They showed that over the previous 5-yea...
Thirty - four muscles/muscle groups, each greater than .1 kg, were dissected from 16 forequarters to...
Combining 60 years of published research, 40 different beef muscles were ranked by Warner-Bratzler s...
The goal of this study was to compare the chemical properties of three muscle types of beef cattle f...
Twelve muscles from eight Select/Choice grade steers were evaluated for beef flavor intensity, tende...
Author Institution (Fluharty and Wulf): Department of Animal Sciences, The Ohio State University; Au...
The objective of this study was to benchmark carcasses and muscles from commercially identified fed ...
Background: An important controversy in the relationship between beef tenderness and muscle characte...
The objective of the study was to determine the chemical composition of eight heifer muscles and the...
The aim of the study was to compare slaughter value, collagen profile, shear force and sensory quali...