Add to ORKGThe purpose of this study was to compare how sires rank on EPD generated solely from yearling Angus bull measures against those generated solely from developing heifer measures. Ultrasound EPD from heifer progeny ultrasound measures are ranking the sires identically to the EPD from the bull progeny ultrasound measures. The heifer data complement the bull data, and breeders should be encouraged to scan all of their developing females at or around 390 days of age to improve the accuracy of carcass EPD based ultrasound measures
Today, real-time ultrasound (RTU) can be used to gather live cattle data that subsequently can be us...
The Iowa State University beef cattle breeding project was initiated in 1996, and is being conducted...
The Iowa State University beef cattle breeding project was initiated in 1996 and is being conducted ...
The objective of this research was to use developing Angus heifer real-time ultrasound records to es...
Real-time ultrasound (RTU) images from yearling Angus bulls were analyzed to determine adjustment fa...
Ultrasound technology offers a low-cost alternative to expensive and time-consuming progeny testing ...
Profitability in the beef industry is a crucial aspect of management schemes. The overall aim of th...
Ultrasound measures for 12-13th rib fat thickness, rump fat thickness, ribeye area and % intramuscul...
Ultrasound is widely used in seed stock production, commercial operations, and in feed yards to pred...
Records from Angus bulls (n=257) and steers from Angus sires (n=212) over a four-year period were us...
The objective of the current study was to evaluate heritability and repeatability of serially measur...
Two experiments were undertaken to assess the potential application of real-time ultrasound (RTUS) t...
The two primary objectives of this study were to re-examine the economic values of production expect...
Beef Cattle Research, 2011 is known as Cattlemen’s Day, 2011Ultrasound is widely used in seed stock ...
Both steers (n = 497) and bulls (n = 247) were ultrasonically (RTU) measured for 12-13th rib subcuta...
Today, real-time ultrasound (RTU) can be used to gather live cattle data that subsequently can be us...
The Iowa State University beef cattle breeding project was initiated in 1996, and is being conducted...
The Iowa State University beef cattle breeding project was initiated in 1996 and is being conducted ...
The objective of this research was to use developing Angus heifer real-time ultrasound records to es...
Real-time ultrasound (RTU) images from yearling Angus bulls were analyzed to determine adjustment fa...
Ultrasound technology offers a low-cost alternative to expensive and time-consuming progeny testing ...
Profitability in the beef industry is a crucial aspect of management schemes. The overall aim of th...
Ultrasound measures for 12-13th rib fat thickness, rump fat thickness, ribeye area and % intramuscul...
Ultrasound is widely used in seed stock production, commercial operations, and in feed yards to pred...
Records from Angus bulls (n=257) and steers from Angus sires (n=212) over a four-year period were us...
The objective of the current study was to evaluate heritability and repeatability of serially measur...
Two experiments were undertaken to assess the potential application of real-time ultrasound (RTUS) t...
The two primary objectives of this study were to re-examine the economic values of production expect...
Beef Cattle Research, 2011 is known as Cattlemen’s Day, 2011Ultrasound is widely used in seed stock ...
Both steers (n = 497) and bulls (n = 247) were ultrasonically (RTU) measured for 12-13th rib subcuta...
Today, real-time ultrasound (RTU) can be used to gather live cattle data that subsequently can be us...
The Iowa State University beef cattle breeding project was initiated in 1996, and is being conducted...
The Iowa State University beef cattle breeding project was initiated in 1996 and is being conducted ...