Transporting cattle is the part of the beef production system that is most visible to
the?public. Research to understand current realities and determine best practices for transporting cattle is ongoing. Join this webinar to learn what that research has found, as well as practical tips that you can use for successful transport outcomes.
Registering on your smartphone? After you click ‘I am not a robot’,?scroll up?until you find the task to complete.
Thursday, November 29 at 7:00 pm MT
- 6:00pm in BC
- 7:00pm in AB
- 8:00pm in SK and MB
- 9:00pm in ON and QC
- 10:00pm in NS, NB and PEI
This article written by Dr. Reynold Bergen, BCRC Science Director, originally appeared in the October 22, 2018 issue of Canadian Cattlemen magazine and is reprinted on the BCRC Blog with permission of the publisher.
September’s column summarized a Beef Cluster project that evaluated antibiotic use in Western Canadian cow-calf operations. Nearly all cow-calf farms used antibiotics, but very few animals were treated, and most of the antibiotics used were not related to the antibiotics most commonly used in humans. But when it comes to antibiotic use in the beef industry, most of the attention is focused on the feedlot sector.
Until recently, the best Canadian feedlot antibiotic use information came from a small 2006 project (Antimicrobial Resistance in Escherichia coli Recovered from Feedlot Cattle and Associations with Antimicrobial Use, PLoS ONE 10: e0143995). Antibiotic use practices change over time, so a Beef Science Cluster 2 project updated and expanded this knowledge. Continue reading
Injection site lesions visible on the carcass surface have increased to nearly 14% of non-fed cattle and 8% of fed cattle. Even in areas that are inches away from injection sites can result in tissue damage causing tougher meat and lower eating quality. As a result, injection site lesions cost the industry $0.56/head or $1.63 million in 2016. That’s up considerably from 0.21/head or $662,951 in 2011.
What do you need to know?
Animals should be properly restrained to ensure the safety of both yourself and the animal. This will also give greater access to the neck area to improve delivery accuracy and reduce the risk of broken needles.
Use subcutaneous (below the skin) when possible versus intermuscular (into the muscle) when administering injections. Intermuscular injections generate a greater risk of developing a reaction to the treatment and can create injection abscesses and bruising. Continue reading
Do growth promoting, antimicrobial or other veterinary drugs affect the food safety of Canadian beef?
Veterinary drugs are regulated by the?Food and Drugs Act?and Regulations. All veterinary drugs go through a Health Canada approval process before they are licensed for use.? The?Health Canada Veterinary Drug Directorate?(VDD) evaluates and monitors the safety, quality and effectiveness, and sets standards for the use of veterinary drugs to ensure that, when used according to label directions, they are safe for both animals and humans.
For a more detailed explanation of the veterinary drug approval process in Canada, download ‘Canada’s Veterinary Drug Approval Process‘
Label and veterinary directions indicate proper administration doses and routes for veterinary products, as well as pre-slaughter withdrawal times, which ensure that the product has been metabolized by the animal before the meat is harvested. Most drugs are completely metabolized during the prescribed minimum number of days between the last administration of the drug and slaughter, and therefore leave no residue. Continue reading
Whether it is the Sandhills Calving System or a variation, the objective is the same.
Photo supplied by Dr. Claire Windeyer
Doug Wray believes in keeping newborn calves separated as much as possible from other two-week and older calves on his south-central Alberta farm to avoid livestock congestion and dramatically reduce the risk of congregated calves developing and spreading scours. And for the past several years the plan has worked.
Wray, who along with family members operates Wray Ranch near Irricana, north of Calgary, has developed this calving-on-pasture system over the past 10 years. In his year-round grazing system, his herd of about 300 bred cows moves onto grass about May 10. They actually begin calving May 1 on swath grazing and then by May 10 the pregnant cows move to grass and the first batch of cows-with-calves stay behind.
The first grass pasture is 160 acres in size, divided into eight 20-acre paddocks.
“The herd is managed in one group on pasture for about two weeks before we make the first split,” says Wray. At roughly the first two-week mark cows with calves (usually about 120 head) “are taken to fresh pasture in one direction, while the bred cows head to new grass in another direction,” he explains. Wray essentially runs two herds at Continue reading
Beef quality defects, like bruises and lesions, cause economic losses to the Canadian beef industry due to reductions in usable meat and the added labour to remove these defects from the carcass.
This video from a new video series on the results of the latest National Beef Quality Audit (NBQA) provides the answers to which carcass defects the beef industry has improved upon since the previous audit and the areas we as an industry need to work on. The ultimate objective of the NBQA is to enhance the quality and safety of Canadian beef while increasing the profitability of the Canadian beef and cattle industry.
The NBQA results indicate Continue reading
This article written by Dr. Reynold Bergen, BCRC Science Director, originally appeared in the October 1, 2018 issue of Canadian Cattlemen magazine and is reprinted on the BCRC Blog with permission of the publisher.
Last month’s column discussed how antibiotics are used in Western Canadian cow-calf operations. Respiratory diseases are a common reason for antibiotic treatment in cows, bulls, and calves and diarrhea is a common reason for antibiotic treatment in young calves. Because both respiratory and intestinal infections can involve many different microbes, having a better understanding of what microbes may be causing a particular animal to be sick could allow more appropriate treatment decisions. For example, antibiotics don’t kill viruses, so using antibiotics won’t help an outbreak of scours that is primarily viral in nature. Similarly, some antibiotics are more effective against some bacteria than others, so being able to select the antibiotic that is most appropriate for the bacteria that are involved would be helpful.