Episode Description
We dive into the Canadian Angus Association's history of DNA testing, discuss efficiencies and opportunities created since CAA began collecting DNA samples for genomic testing, best practices for taking DNA samples, and introduce Angus HD, the new CAA...
Source: Beef Improvement Federation
“This is a real problem in the industry, which is why we are investing so much into developing selection tools we can use to address the problem,” said Justin Buchanan, PhD, of Simplot Land and Livestock....
As advancements in genetic technology become more accessible, DNA testing is emerging as a transformative tool for seed stock producers. By integrating genomic data into breeding and management strategies, producers can enhance decision-making, improve herd quality, and increase profitability.
Why...
Source: Alberta Beef Producers
Research Institution: University of Alberta and University of Guelph
Lead researcher: Dr. Stephen Moore and Dr. Stephen Miller
Objectives: Identify a panel of DNA markers that will identify genetic differences feed efficiency and tenderness among beef cattle.
Background: The...
Source: University of Saskatchewan (USask), Rigel Smith
The new facility will allow USask to offer a new high-throughput genome sequencing service for western Canadian beef cattle producers and researchers.
“Picture being able to go into a sales ring and having not only...
Sexed semen technology is transforming breeding strategies in beef operations, enabling producers to achieve both maternal and terminal goals within the same calf crop. This innovative approach allows herds to produce high-quality replacement females while maximizing the terminal value...
The University of Saskatchewan (USask) is transforming beef production with cutting-edge research aimed at creating more efficient and sustainable cattle herds. Led by Dr. Mika Asai-Coakwell, a professor in Animal and Poultry Science, the project focuses on identifying genetic...
Expected progeny differences (EPDs) serve as predictive tools for estimating the genetic potential that a parent animal is likely to pass on to its offspring. These predictions become more accurate as data from additional offspring are collected. The use...
Source: University of Alberta, Bev Betkowski
New University of Alberta research aims to genetically reduce methane emissions from beef cattle, while making that technology easier for producers to use.
The five-year project is the first to test a large-scale way to...
Heart failure in cattle can develop in animals of any age, breed, or altitude, explained Isabella Kukor, a PhD candidate at Colorado State University, during her talk at the 2024 Beef Improvement Federation Symposium in Knoxville. Her presentation, "Heart...
