Reproductive failure is a major source of economic loss in the beef industry. The majority of this loss occurs because cows do not become pregnant during a defined breeding season. Therefore, the goal of any breeding program is to maximize the number of females that become pregnant. This means that fertility plays a major role in the success of any breeding program. There are several methods by which fertility can be measured: 1) conception rates (number of animals pregnant/number of animals inseminated), 2) pregnancy rates (number of animals pregnant/number of animals available for breeding), and 3) calving rates (number of animals calved/number of animals available for breeding). This review will focus on the factors that affect pregnancy...
Reproductive failure is consistently a top reason for culling beef cows from the herd. Culling young...
The beef cattle industry has seen rapid gains in economically desirable traits largely due to the se...
Protocols used for fixed-timed artificial insemination strive to synchronize growth of follicular wa...
Reproductive failure is a major source of economic loss in the beef industry. The majority of this l...
Although artificial insemination (AI) is widely used in dairy cattle, AI has found only limited appl...
Herd bulls have a large influence on many aspects of beef operations, especially an operation’s prof...
This fact sheet identifies opportunities for beef cattle producers to improve herd reproduction
The success or failure of a cow-calf operation depends greatly upon the reproductive efficiency of t...
The ability to successfully artificially inseminate cattle requires determining the appropriate time...
In six trials involving 486 heifers and 23 bulls, we studied factors affecting pregnancy rates of es...
Artificial insemination and crossbreeding are two methods of cattle breeding in an attempt to increa...
Expression of estrus prior to fixed-time AI has been reported to strongly impact overall pregnancy s...
Successful reproductive management of the beef cow herd includes having a high percentage of cows ca...
As in our previous studies, the GnRH + PGF2 treatment was very effective in inducing a fertile estr...
A breeding experiment with 295 dairy cows and heifers of the Jersey, Guernsey, Ayrshire, and Holstei...
Reproductive failure is consistently a top reason for culling beef cows from the herd. Culling young...
The beef cattle industry has seen rapid gains in economically desirable traits largely due to the se...
Protocols used for fixed-timed artificial insemination strive to synchronize growth of follicular wa...
Reproductive failure is a major source of economic loss in the beef industry. The majority of this l...
Although artificial insemination (AI) is widely used in dairy cattle, AI has found only limited appl...
Herd bulls have a large influence on many aspects of beef operations, especially an operation’s prof...
This fact sheet identifies opportunities for beef cattle producers to improve herd reproduction
The success or failure of a cow-calf operation depends greatly upon the reproductive efficiency of t...
The ability to successfully artificially inseminate cattle requires determining the appropriate time...
In six trials involving 486 heifers and 23 bulls, we studied factors affecting pregnancy rates of es...
Artificial insemination and crossbreeding are two methods of cattle breeding in an attempt to increa...
Expression of estrus prior to fixed-time AI has been reported to strongly impact overall pregnancy s...
Successful reproductive management of the beef cow herd includes having a high percentage of cows ca...
As in our previous studies, the GnRH + PGF2 treatment was very effective in inducing a fertile estr...
A breeding experiment with 295 dairy cows and heifers of the Jersey, Guernsey, Ayrshire, and Holstei...
Reproductive failure is consistently a top reason for culling beef cows from the herd. Culling young...
The beef cattle industry has seen rapid gains in economically desirable traits largely due to the se...
Protocols used for fixed-timed artificial insemination strive to synchronize growth of follicular wa...