Kelsey M Schubach
Texas A&M University
38 Papers
72 Citations
Kelsey M Schubach is an academic researcher from Texas A&M University. The author has contributed to research in topics: Feedlot & Beef cattle. The author has an hindex of 10, co-authored 38 publications. Previous affiliations of Kelsey M Schubach include Oregon State University & Mississippi State University.
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Papers
Effects of intravenous lipopolysaccharide administration on feed intake, ruminal forage degradability, and liquid parameters and physiological responses in beef cattle.
TL;DR: LPS administration transiently reduced DMI in steers via physiological reactions that modulate gastrointestinal motility and satiety centers in the central nervous system, in addition to potential host-microbiome endocrine interactions that impaired ruminal hay DM and NDF degradability.
Administering an appeasing substance to optimize performance and health responses in feedlot receiving cattle
Eduardo A Colombo,Reinaldo F Cooke,Alice P Brandão,Jacob B Wiegand,Kelsey M Schubach,Kelsey M Schubach,Glenn C Duff,Vinícius N Gouvêa,Bruno I Cappellozza +8 more
TL;DR: Results suggest that BAS improved steer performance by facilitating early detection of BRD signs, lessening the disease recurrence upon first antimicrobial treatment, and enhancing feed efficiency during a 45-d receiving period by enhancingFeed efficiency.
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Administering an appeasing substance to beef calves at weaning to optimize productive and health responses during a 42-d preconditioning program.
Kelsey M Schubach,Kelsey M Schubach,Reinaldo F Cooke,Courtney L Daigle,Alice P Brandão,Bruna Rett,Bruna Rett,Vitor S M Ferreira,Vitor S M Ferreira,Giovanna N Scatolin,Eduardo A Colombo,Genevieve M D’Souza,Ky G Pohler,Bruno I Cappellozza +13 more
TL;DR: BAS administration to beef calves at weaning alleviated stress-induced physiological reactions, improved temperament evaluated via chute exit velocity, enhanced humoral immunity acquired from vaccination, and appear to have accelerated adaptation to novel management scheme and environment.
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Effects of vaccination timing against respiratory pathogens on performance, antibody response, and health in feedlot cattle.
T F Schumaher,T F Schumaher,Reinaldo F Cooke,Alice P Brandão,Alice P Brandão,Kelsey M Schubach,Kelsey M Schubach,Osvaldo A de Sousa,Osvaldo A de Sousa,David W Bohnert,Rodrigo S Marques +10 more
TL;DR: In this paper, three vaccination schemes against bovine respiratory disease (BRD): (i) vaccination at weaning (day 0) and revaccination at feedyard arrival (day 30; CON, n = 53), (ii) vaccination 15 d before weaning, (iii) vaccination after weaning and (iv) vaccination before feedyard departure (day 45; DELAYED, n= 53).
Supplementing a yeast-derived product to enhance productive and health responses of beef steers.
L.G.T. Silva,Reinaldo F Cooke,Kelsey M Schubach,Alice P Brandão,Rodrigo S Marques,T F Schumaher,Philipe Moriel,David W Bohnert +7 more
TL;DR: It is suggested that Celmanax supplementation benefits preconditioning health and feedlot receiving performance in beef cattle, independently of whether supplementation began during preconditionsing or after feedlot entry.
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