Add to ORKGTwo hundred eighty-two crossbred steers were scanned with real-time ultrasound (RTU), slaughtered, and fabricated into retail cuts to determine the potential for a combination of live animal and ultrasound measures to predict carcass retail yield. Ultrasound measures of fat thickness, ribeye area, rump fat thickness, and body wall thickness, as well as live weight and visual muscle score were recorded three to five days prior to slaughter. Carcass measurements were taken, and one side of each carcass was fabricated into retail cuts with.3 inches of fat. Stepwise regression analysis was used to compare possible models for prediction of percent retail product from carcass measurements or
Five hundred thirty-four steers were evaluated over a 2-yr period to determine the accuracy of ultra...
Live measurements of weight, height, length, girth, fat depth, stifle- and hip-width were obtained p...
Steers from research breeding projects (n=404) were serially scanned using Real-Time Ultrasound (RTU...
Data from 534 steers representing six sire breed groups were used to develop live animal ultrasound ...
Two-hundred-eighty-two crossbred steers were scanned with real-time ultrasound (RTU), slaughtered, a...
Twenty eight Mediterranean buffaloes bulls were scanned with real-time ultrasound (RTU), slaughtered...
Five hundred thirty-four steers were evaluated over a 2-yr period to develop and validate prediction...
Twenty eight Mediterranean buffaloes bulls were scanned with real-time ultrasound (RTU), slaughtered...
The objective of this study was to develop equations to predict retail product and fat trim (weights...
Use of real-time ultrasound as a means of predicting endpoints of fed-cattle has shown variable resu...
The objective of this study was to develop equations to predict retail product and fat trim (weights...
Vita.Ultrasonography technology has been applied to livestock production and can be used to estimate...
Five hundred thirty-four steers representing 6 sire breed groups were evaluated in 1994 (n = 282) an...
Ultrasonic measures of fat thickness (FTU) and percent fat (PFATU) were taken on Hereford steers (n ...
Both steers (n = 497) and bulls (n = 247) were ultrasonically (RTU) measured for 12-13th rib subcuta...
Five hundred thirty-four steers were evaluated over a 2-yr period to determine the accuracy of ultra...
Live measurements of weight, height, length, girth, fat depth, stifle- and hip-width were obtained p...
Steers from research breeding projects (n=404) were serially scanned using Real-Time Ultrasound (RTU...
Data from 534 steers representing six sire breed groups were used to develop live animal ultrasound ...
Two-hundred-eighty-two crossbred steers were scanned with real-time ultrasound (RTU), slaughtered, a...
Twenty eight Mediterranean buffaloes bulls were scanned with real-time ultrasound (RTU), slaughtered...
Five hundred thirty-four steers were evaluated over a 2-yr period to develop and validate prediction...
Twenty eight Mediterranean buffaloes bulls were scanned with real-time ultrasound (RTU), slaughtered...
The objective of this study was to develop equations to predict retail product and fat trim (weights...
Use of real-time ultrasound as a means of predicting endpoints of fed-cattle has shown variable resu...
The objective of this study was to develop equations to predict retail product and fat trim (weights...
Vita.Ultrasonography technology has been applied to livestock production and can be used to estimate...
Five hundred thirty-four steers representing 6 sire breed groups were evaluated in 1994 (n = 282) an...
Ultrasonic measures of fat thickness (FTU) and percent fat (PFATU) were taken on Hereford steers (n ...
Both steers (n = 497) and bulls (n = 247) were ultrasonically (RTU) measured for 12-13th rib subcuta...
Five hundred thirty-four steers were evaluated over a 2-yr period to determine the accuracy of ultra...
Live measurements of weight, height, length, girth, fat depth, stifle- and hip-width were obtained p...
Steers from research breeding projects (n=404) were serially scanned using Real-Time Ultrasound (RTU...