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Implanting the Suckling Calf

By Erin Laborie
 
Implanting the Suckling Calf
 
The use of growth implants has shown to be an effective tool in increasing production from the ranch to the feedlot. Implants cause a delay in fat deposition and an increase in lean tissue accretion while ultimately changing frame size. These growth promotants have been reported to increase gains of suckling calves by four to six percent (Griffin and Mader, 1997). This can result in an additional 15 to 30 pounds of weaning weight, which equates to approximately $20 to $40 in returns per head. With the cost of a calfhood implant (Ralgro®, Synovex® C, Component® E-C) being less than $1.50 per head, it only takes a few pounds to pay for the initial investment.
 
Implants are used extensively in the feedlot sector, yet less than 30% of cow-calf operations utilize this proven technology. Concerns regarding price received for implanted calves at sale time and the impact of calfhood implants on subsequent performance have made producers hesitant to implant suckling calves. A recent analysis of calves sold through Superior Livestock from 2010 to 2013 indicated that implant status of the calves had no effect on sale price (Rogers et al., 2015). Additionally, research has shown that implanting calves during the suckling phase has no negative impact on subsequent performance or carcass quality (Duckett and Andrae, 2001; Pritchard et al., 2015). Poor experiences associated with implant use are oftentimes linked to implanting technique and cattle management.
 
Matching implant strategy to cattle type (age, sex, genetics) and nutrition program is critical for the appropriate payout to occur. Follow product label directions and recommendations for proper implant administration. Branding is a convenient yet appropriate time to implant suckling calves. To ensure that reproductive performance is not compromised, avoid implanting replacement heifers and bull calves intended for breeding. Variation from year to year in growth response of implanted calves can be driven by environmental factors such as grass quality and availability. Research at South Dakota State University reported little weight gain in calves receiving an implant at branding time during a drought; however, calves of mature cows were 40 pounds heavier at weaning time during a normal year (Pritchard et al., 2015). Plane of nutrition has to be appropriate to support the increased lean gain potential of implanted cattle.
 

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Season 6, Episode 7: Takeaways from the Second International Conference on Pig Livability

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This year’s conference fostered open, engaging conversations around current research in the swine industry, bringing together hundreds of attendees from 31 states and six countries. Two leaders who helped organize the event joined today’s episode: Dr. Joel DeRouchey, professor and swine extension specialist in the Department of Animal Sciences and Industry at Kansas State University, and Dr. Edison Magalhaes, assistant professor in the Department of Animal Sciences at Iowa State University. They share key takeaways from the conference, including the importance of integrating data when evaluating whole-herd livability, building a culture of care among employees and adopting new technologies. Above all, the discussion reinforces that this industry remains, at its core, a people business.