Life Sciences Commons^™

Effects Of Biuret And Lasalocid (Bovatec) Inclusion Into A Commercial Mineral Supplement On Growth Performance Of Yearling Calves Grazing In The Kansas Flint Hills, M. G. Pflughoeft, Z. M. Duncan, Z. L. Debord, W. R. Hollenbeck, F. K. Brazle, E. C. Titgemeyer, K. C. Olson, D. A. Blasi

Kansas Agricultural Experiment Station Research Reports

Objective:The objective of this experiment was to measure the effects of non-protein nitrogen (NPN; i.e., biuret) or NPN + ruminal modifier (i.e., biuret + lasalocid) inclusion in a commercial mineral mix on growth performance of yearling beef calves grazing in the Kansas Flint Hills.

Study Description:Over a two-year period, 742 crossbred steers [initial body weight (BW): 655 ± 52.2 lb] of Texas and Nebraska origin previously backgrounded at the Kansas State Beef Stocker Unit were used in this experiment. The three mineral treatments consisted of a basal supplement (Control), a basal supplement plus biuret (Biuret), and a basal …

Inclusion Of Biuret With Or Without Bovatec In A Commercial Mineral Supplement Did Not Improve Growth Performance Of Yearling Calves Grazing Native Grass: Year 1 Of 2, M. G. Pflughoeft, Z. M. Duncan, Z. L. Debord, K. J. Suhr, W. R. Hollenbeck, F. K. Brazle, A. J. Tarpoff, K C. Olson, D. A. Blasi

Kansas Agricultural Experiment Station Research Reports

Objective:The objective of this experiment was to measure the effects of non-protein nitrogen (NPN; biuret) or NPN + ruminal modifier (biuret + Bovatec, Zoetis, Parsippany, NJ) inclusion in a commercial mineral mix on growth performance of yearling beef calves grazing in the Kansas Flint Hills.

Study Description:Three hundred ninety-five crossbred steers (initial body weight: 612 ± 77.8 lb) of Texas origin previously backgrounded at the Kansas State University Beef Stocker Unit were used. Three mineral treatments consisting of a basal supplement (control), a basal supplement plus NPN (biuret), and a basal supplement plus NPN and lasalocid (Bovatec) were …

Roundup 2022: Agricultural Research Center-Hays

Kansas Agricultural Experiment Station Research Reports

Roundup is the major beef cattle education and outreach event sponsored by the Kansas State University Agricultural Research Center - Hays. This report communicates timely, applicable research information on beef production and rangeland topics.

Managing The Intake Of Mineral Supplements That Contain Feed Additives For Beef Calves Grazing Flint Hills Native Grass Pasture Is Important, R. L. Allison, Z. M. Duncan, C. E. Schneider, W. R. Hollenbeck, K. J. Suhr, B. J. Dedrickson, D. A. Blasi

Kansas Agricultural Experiment Station Research Reports

Objective:The objective of this study was to determine the efficacy of mineral supplementation programs that provide a performance-enhancing antibiotic for improving growth of stocker calves grazing native grass pastures in the Flint Hills region of Kansas.

Experimental Procedures:A 91-day grazing study was conducted at the Kansas State University Beef Stocker Unit starting in May 2020 utilizing 314 Brahman influenced crossbred steers (739.57 ± 10.54 lb) from Gorman, TX. Steers were randomized and allocated across 18 pastures and randomly assigned to three treatments groups with six replications (paddocks) per group. The treatments assessed consisted of standard free-choice mineral: 1) …

Effects Of Interseeding Ladino Clover Into Tall Fescue Pastures Of Varying Endophyte Status On Grazing And Subsequent Finishing Performance Of Stocker Steers, L. W. Lomas, J. L. Moyer

Kansas Agricultural Experiment Station Research Reports

One hundred ninety-two yearling steers grazing tall fescue pastures were used to evalu­ate the effects of fescue cultivar and interseeding ladino clover on available forage, grazing gains, and subsequent finishing performance in 2016, 2017, and 2018. Fescue cultivars evaluated were high-endophyte ‘Kentucky 31,’ low-endophyte Kentucky 31, ‘HM4,’ and ‘MaxQ.’ In 2016 and 2018, steers that grazed pastures of low-endophyte Kentucky 31, HM4, or MaxQ gained significantly more (P<0.05) and produced more (P<0.05) gain/a than those that grazed high-endophyte Kentucky 31 pastures. Gains of cattle that grazed low-endophyte Kentucky 31, HM4, or MaxQ were similar (P>0.05). In 2017, steer gains were similar (P>0.05) among all cultivars. High-endo­phyte Kentucky 31 pastures had more (P<0.05) available forage than low-endophyte Kentucky 31, HM4, or MaxQ pastures during both 2016 and 2017. Steer gains and gain/acre were similar (P>0.05) between pastures fertilized with nitrogen (N) in the spring and those interseeded …