Rissington’s Post

Our genetic evaluations are at the heart of every breeding decision we make. We unashamedly continue to collect a large volume of data on our cattle for over 25 individual traits. For many decades this data got fed into the relevant breed association databases for Angus & Simmental in the early days, a multibreed for the Profit Maker. The weakness of this was that we could not compare across breeds & only within. Fast forward to today. We still send our Angus, Simmental & Charolais data, including genotypes to the relevant breed associations for analysis, but more importantly, all this data, including genotypes, no matter what the breed composition of the animal, goes into the Leachman $Profit Global Multi-Breed Evaluation. The Leachman $Profit analysis 🔗 1.5 million beef animals with annual contributions of over 35k. 🔗 75,000 high density, 50k SNP profiles complement pedigree & performance data. 🔗 Over 40,000 animals with individual feed intake records. 🔗 Genomic Enhanced BV’s & Indexes. We are very aware that more data can get overwhelming and confusing, yet what commercial farmers want to know is which bull/s will make them more money. The $Profit Indexes Leachman runs simulate actual outcomes based on the genetic inputs that impact revenue and cost. It makes a partial budget. The outcome of $Profit analysis is it allows us to measure, rank and select our cattle for profitability. It also now allows commercial farmers to leverage this on their own cattle through Inherit Select. Find out more or connect with the team https://bit.ly/3TjUzhj . #Rissington #RissingtonCattleCo #BullBreeding #FarmingNZ #BreedingProgramme #geneticevaluations

Our genetic evaluations are at the heart of every breeding decision we make. We unashamedly continue to collect a large volume of data on our cattle for over 25 individual traits. For many decades this data got fed into the relevant breed association databases for Angus & Simmental in the early days, a multibreed for the Profit Maker. The weakness of this was that we could not compare across breeds & only within. Fast forward to today. We still send our Angus, Simmental & Charolais data, including genotypes to the relevant breed associations for analysis, but more importantly, all this data, including genotypes, no matter what the breed composition of the animal, goes into the Leachman $Profit Global Multi-Breed Evaluation. The Leachman $Profit analysis 🔗 1.5 million beef animals with annual contributions of over 35k. 🔗 75,000 high density, 50k SNP profiles complement pedigree & performance data. 🔗 Over 40,000 animals with individual feed intake records. 🔗 Genomic Enhanced BV’s & Indexes. We are very aware that more data can get overwhelming and confusing, yet what commercial farmers want to know is which bull/s will make them more money. The $Profit Indexes Leachman runs simulate actual outcomes based on the genetic inputs that impact revenue and cost. It makes a partial budget. The outcome of $Profit analysis is it allows us to measure, rank and select our cattle for profitability. It also now allows commercial farmers to leverage this on their own cattle through Inherit Select. Find out more or connect with the team https://bit.ly/3TjUzhj . #Rissington #RissingtonCattleCo #BullBreeding #FarmingNZ #BreedingProgramme #geneticevaluations

Our genetic evaluations are at the heart of every breeding decision we make. We unashamedly continue to collect a large volume of data on our cattle for over 25 individual traits. For many decades this data got fed into the relevant breed association databases for Angus & Simmental in the early days, a multibreed for the Profit Maker. The weakness of this was that we could not compare across breeds & only within. Fast forward to today. We still send our Angus, Simmental & Charolais data, including genotypes to the relevant breed associations for analysis, but more importantly, all this data, including genotypes, no matter what the breed composition of the animal, goes into the Leachman $Profit Global Multi-Breed Evaluation. The Leachman $Profit analysis 🔗 1.5 million beef animals with annual contributions of over 35k. 🔗 75,000 high density, 50k SNP profiles complement pedigree & performance data. 🔗 Over 40,000 animals with individual feed intake records. 🔗 Genomic Enhanced BV’s & Indexes. We are very aware that more data can get overwhelming and confusing, yet what commercial farmers want to know is which bull/s will make them more money. The $Profit Indexes Leachman runs simulate actual outcomes based on the genetic inputs that impact revenue and cost. It makes a partial budget. The outcome of $Profit analysis is it allows us to measure, rank and select our cattle for profitability. It also now allows commercial farmers to leverage this on their own cattle through Inherit Select. Find out more or connect with the team https://bit.ly/3TjUzhj . #Rissington #RissingtonCattleCo #BullBreeding #FarmingNZ #BreedingProgramme #geneticevaluations

Our genetic evaluations are at the heart of every breeding decision we make. We unashamedly continue to collect a large volume of data on our cattle for over 25 individual traits. For many decades this data got fed into the relevant breed association databases for Angus & Simmental in the early days, a multibreed for the Profit Maker. The weakness of this was that we could not compare across breeds & only within. Fast forward to today. We still send our Angus, Simmental & Charolais data, including genotypes to the relevant breed associations for analysis, but more importantly, all this data, including genotypes, no matter what the breed composition of the animal, goes into the Leachman $Profit Global Multi-Breed Evaluation. The Leachman $Profit analysis 🔗 1.5 million beef animals with annual contributions of over 35k. 🔗 75,000 high density, 50k SNP profiles complement pedigree & performance data. 🔗 Over 40,000 animals with individual feed intake records. 🔗 Genomic Enhanced BV’s & Indexes. We are very aware that more data can get overwhelming and confusing, yet what commercial farmers want to know is which bull/s will make them more money. The $Profit Indexes Leachman runs simulate actual outcomes based on the genetic inputs that impact revenue and cost. It makes a partial budget. The outcome of $Profit analysis is it allows us to measure, rank and select our cattle for profitability. It also now allows commercial farmers to leverage this on their own cattle through Inherit Select. Find out more or connect with the team https://bit.ly/3TjUzhj . #Rissington #RissingtonCattleCo #BullBreeding #FarmingNZ #BreedingProgramme #geneticevaluations

Attention Angus breeders in Australia and New Zealand: The December 2024 TransTasman Angus Cattle Evaluation (TACE) has introduced key enhancements to the calculation of Estimated Breeding Values (EBVs). These updates reflect the latest in genetic evaluation advancements, providing even more accurate and reliable insights for your breeding decisions. Explore the benefits of these updates here: https://lnkd.in/gE7cUeV5

It's that time of year again.. Choosing the Right Bull for Your Herd 🐂🌿 Choosing the Right Bull: It's About More Than Just Looks! 🌿🐂 When it comes to selecting a bull sire for your herd, it's tempting to go for the biggest, best-looking bull out there. But remember, the key to a thriving, productive herd lies in genetics that match what your land and forage can support. 🌾 Here's why you should consider more than just appearance when choosing a bull: Genetic Compatibility: Select a bull whose genetics align with the specific needs and conditions of your herd. Consider traits like disease resistance, feed efficiency, and fertility. Forage Utilization: Your land's capacity to support your herd is crucial. Choose a bull that will pass on traits of good forage utilization, ensuring your cattle thrive on the available resources. Desirable Traits: Focus on traits you want to improve in your herd, such as: Calving Ease: For fewer birthing complications. Growth Rate: For quicker weight gain and market readiness. Temperament: For easier handling and reduced stress. Milk Production: For better calf growth and future breeding stock. Sustainability: A bull that fits well with your farm's environment helps maintain a sustainable operation, reducing the need for extra inputs and ensuring long-term productivity. Economic Viability: Investing in genetics that your land can support helps optimize your operational costs and boosts overall profitability. 🔍 Pro Tip: Work with a reputable breeder or a seed stock genetic consultant to analyze your herd's needs and match them with the right bull. Also, consider performing DNA tests to get a clearer picture of the genetic traits you are introducing to your herd. Remember, the goal is to build a balanced, healthy, and productive herd. It's not just about size—it's about the right fit for your farm's unique ecosystem. 🌾🐂 Lastly don't forget to perform your breeding soundness exam at least 60 days prior to breeding. #Cattle #BullSelection #GeneticsMatter #SustainableFarming #ForageManagement #Cattlebreeding #HerdHealth #Agriculture #BSE #veterinary #bull

Artificial Fertilization of Catfish Eggs ✨ Artificial propagation of catfish involves treating females with gonadotropin or GnRH analogs to induce matured gamete release. Hand-stripping or seminatural breeding methods are used for artificial fertilization. Hand-stripping involves mixing milt and eggs on a dish, gently mixing within a 30seconds until fertilized, and then incubating in a controlled environment until hatch. This experience has significantly enhanced my understanding of the process and its applications in the ornamental fish industry. #catfishfarming #catfishbreeding #catfishpropagation #artificialreproduction #fishreproduction #hormoneinjection

#Cobb’s pedigree breeding program is continuously improving commercial parent and broiler stock. #Broilers and #breeders are more feed efficient which means less nutrients are required to achieve the same body weight. Feed intake is controlled for breeders so it is more challenging to achieve and maintain a high uniformity. However, uniformity is one of the key factors to maximise their reproductive genetic potential. Uniform flocks reach peak egg production earlier, peak higher and persist longer than non-uniform flocks. High variation in sexual maturity, associated with underweight and heavy females, will delay the onset of production or females may come into production but persistence is drastically shortened.

Comparison of genomic-enabled cross selection criteria for the improvement of inbred line breeding populations https://lnkd.in/gvxMGJkV

Artificial insemination in Vietnam native chicken breeding is a modern technology application aimed at improving genetic quality, particularly in breeds with low fertility and low egg production, such as Dongtao and Ho breeds.