Source: Government of Canada
Citation: Ekine-Dzivenu, C., Vinsky, M., Basarab, J.A., Aalhus, J.L., Dugan, M.E.R., Li, C. (2017). Phenotypic and genetic correlations of fatty acid...
Source: BMC Veterinary Research
Abstract
Background
In a beef cattle facility an outbreak of abortions occurred over a 36-day period and included samples from two aborted (non-viable)...
Source: Ontario Ministry of Agriculture, Food and Rural Affairs
Fact Sheet written by: T. Hamilton – Beff Cattle Specialist/OMAFRA
Introduction
A major objective in a cow-calf operation is...
Source: Beef Cattle Research Council
Project Title: Whole Genome Scan for Feed Efficiency
Researchers: Dr. Stephen Moore Stephen.moore@ualberta.ca Dr. Stephen Miller, Dr. Graham Plastow, Dr Zhiquam...
Source: https://beef-cattle.extension.org/parentage-testing/
Megan Rolf, Kansas State University, megrolf@ksu.edu
Summary: Parentage testing can be a valuable tool for both seedstock breeders and commercial producers. This fact sheet covers how...
Source: Beef Cattle Research Council
Project Title:
Validation of a Genetic Marker for Beef Tenderness
Researchers:
Stephen P. Miller miller@uoguelph.ca
Background
Providing consumers with consistently tender beef, the holy grail of...
Source: University of Saskatchewan, Chris Jermey
Today’s consumers want more from their food, and the beef and dairy industries are constantly striving to meet these...
Source: Alberta Beef Producers
“Effects of a Genetic Variant in the Galanin Gene on Gain and Fat Deposition in Cattle”
RESEARCH INSTITUTION: University of Saskatchewan L
EAD...
Source: MatMa Corp news release
(Left panel) Disease progression in an affected heart. RV and LV, right and left ventricles, respectively; PA, pulmonary artery....
Source: Canadian Angus Association
Expected Progeny Differences (EPDs) are the most powerful genetic tool we have for selecting the best animals for your breeding program....