Synchronized artificial insemination was used to inseminate cows using different types of sire genetics, including low-accuracy, calving-ease, and high-accuracy. These three calf sire groups were compared to calves born to cows bred using natural service. We found substantial production efficiency grains, carcass merit improvement, and economic value to calves born to cows following a synchronized artificial insemination program with high-accuracy semen included. The economic advantage to the high-accuracy calf sire group was computed to be in the neighborhood of $40 to $80/head, relative to the natural service calf sire group
The beef cattle industry has seen rapid gains in economically desirable traits largely due to the se...
Significant genetic improvements can be achieved through artificial insemination (AI). AI has greatl...
Today’s producer has an increasing number of options available to use estrous synchronization and ar...
Synchronized artificial insemination was used to inseminate cows using different types of sire genet...
Synchronized artificial insemination was used to inseminate cows using different types of sire genet...
Cattle breeders have long used natural service (NS) breeding (i.e., live bulls breeding cows as they...
Breeding system costs were estimated for natural service and various estrous synchronization plus a...
A stochastic simulation was used in the first study to evaluate the effects of international scenari...
Estrous synchronization and artificial insemination (AI) are reproductive management tools that have...
Genetic make-up of a cow herd is comprised by 50% of the bull’s genetic material, so genetic progres...
An integrated computer-based spreadsheet was developed with data from 581 Red Angus-sired calves to ...
Artificial insemination and crossbreeding are two methods of cattle breeding in an attempt to increa...
Where should you invest your money to obtain highest net returns? How can you use the AI sire select...
The effect of costs on the optimum breeding plan for selection for milk traits and the profitability...
AbstractThe objective was to compare reproductive performance of breeding programs that used natural...
The beef cattle industry has seen rapid gains in economically desirable traits largely due to the se...
Significant genetic improvements can be achieved through artificial insemination (AI). AI has greatl...
Today’s producer has an increasing number of options available to use estrous synchronization and ar...
Synchronized artificial insemination was used to inseminate cows using different types of sire genet...
Synchronized artificial insemination was used to inseminate cows using different types of sire genet...
Cattle breeders have long used natural service (NS) breeding (i.e., live bulls breeding cows as they...
Breeding system costs were estimated for natural service and various estrous synchronization plus a...
A stochastic simulation was used in the first study to evaluate the effects of international scenari...
Estrous synchronization and artificial insemination (AI) are reproductive management tools that have...
Genetic make-up of a cow herd is comprised by 50% of the bull’s genetic material, so genetic progres...
An integrated computer-based spreadsheet was developed with data from 581 Red Angus-sired calves to ...
Artificial insemination and crossbreeding are two methods of cattle breeding in an attempt to increa...
Where should you invest your money to obtain highest net returns? How can you use the AI sire select...
The effect of costs on the optimum breeding plan for selection for milk traits and the profitability...
AbstractThe objective was to compare reproductive performance of breeding programs that used natural...
The beef cattle industry has seen rapid gains in economically desirable traits largely due to the se...
Significant genetic improvements can be achieved through artificial insemination (AI). AI has greatl...
Today’s producer has an increasing number of options available to use estrous synchronization and ar...