References
APPROVED FOR USE IN COMBINATION
1.
Strategic use of Aureomycin® in treating bovine respiratory disease. Technical Bulletin No. CD 0325, Alpharma Animal Health Division,
pages 1-12. Data in Alpharma research file, Copyright © 2002.
2.
Aureomycin® for anaplasmosis control – the practical, convenient, economical choice. Technical Note No. CD 0336, Alpharma Animal Health
Division, pages 1-3. Data in Alpharma research file, Copyright © 2002.
3.
Comparative effects of Bovatec® and Rumensin® on performance in growing cattle fed high-roughage rations. Technical Bulletin No. CD 0346,
Alpharma Animal Health Division, pages 1-3. Data in Alpharma research file, Copyright © 2002.
4.
Brazle FK, Kuhl G, Harmon DL. The effect of antibiotics and ionophores on the gain of stocker cattle grazing native grass pasture.
Prof Anim Sci. 1990;6:19.
AUREOMYCIN/BOVINE RESPIRATORY DISEASE
1.
Biotechnology News and Information Portal. Recent health concerns about U.S. cattle spotlight continued need for early profiling of cattle to monitor
safety of food source. Available at: www.bioexchange.com/news/news_page.cfm?id=19256. Accessed March 2, 2006.
2.
Plasma and lung tissue levels of Aureomycin® and Oxytetracycline in calves at various time periods after oral administration at
10 mg/lb body weight for five days. Technical Bulletin No. CD 0337, Alpharma Animal Health Division, pages 1-3. Data in Alpharma
research file, Copyright © 2002.
AUREOMYCIN/ANAPLASMOSIS
1.
Aureomycin® for anaplasmosis control – the practical, convenient, economical choice. Technical Note No. CD 0336, Alpharma Animal Health
Division, pages 1-3. Data in Alpharma research file, Copyright © 2002.
2.
Bovine Anaplasmosis, Wilhelm Heinrich Stolz from Kirk’s Current Vet Therapy IV, published by Saunders (pp 588-596).
3.
North Carolina Department of Agriculture & Consumer Services, Animal Health Programs, Animal Health Fact Sheets. Anaplasmosis. Available at:
www.ncagr.com/vet/Anaplasmosis.htm. Accessed March 3, 2006.
4.
Goodger WJ, Carpenter MS, Riemann H. Estimation of economic loss associated with anaplasmosis in California beef cattle. Am Vet Med Assoc.
1979;174:1333-1336.
5.
Alderink FJ, Dietrich RA. Economic and epidemiological implications of anaplasmasosis in Texas cattle herds. Proceedings of the 86th Annual Meeting
of the United States Animal Health Association. 1982: 66-75.
6.
Richey EJ. Bovine anaplasmosis. 1999. Department of Large Animal Clinical Sciences, College of Veterinary Medicine, University of Florida,
Gainesville FL. 22 October 2002. http://vetmed.ufl.edu/lacs/Richey/Anaplasmosis_99/Anaplasmosis_1999.htm.
7.
Queensland Department of Primary Industries and Fisheries. Tick fever (Bovine anaplasmosis).
Available at: www2.dpi.qld.gov.au/tickfever/2349.html. Accessed March 3, 2006.
8.
Technical-economical model for the prevention of “babesiosis” and “anaplasmosis” in bovines. 2000. Argentina. INTA (Instituto Nacional de
Tecnología Agropecuaria), Buenos Aires, Argentina. www.a-campo.com/ingles/bovinos/bovinos2.htm. Accessed October 22, 2002.
9.
Stockka GL, Falkner R, Van Boening J. Anaplasmosis. MR-2212. January, 2000. Kansas State University Agricultural Experiment Station and
Cooperative Extension Service, Manhattan, KS. Available at: www.oznet.ksu.edu/library/LVSTK2/MF2212.pdf. Accessed October 22, 2002.
10.
Brock WE, Pearson CC, Staley EE, Kliewer IO. The prevention of anaplasmosis by feeding chlortetracycline. J Am Vet Med Assoc. 1957;5:445-446.
11.
Thedford TR, Kocan KM. Anaplasmosis. OSU Facts F-9106. Oklahoma Cooperative Extension Service, Stillwater, OK. Available at:
http://agweb.okstate.edu/pearl/vetmed/f-9106.pdf. Accessed October 22, 2002.
AUREOMYCIN/WEIGHT GAIN & FEED EFFICIENCY
1.
Strategic use of Aureomycin® in treating bovine respiratory disease. Technical Bulletin No. CD 0325, Alpharma Animal Health Division,
pages 1-12. Data in Alpharma research file, Copyright © 2002.
2.
Effect of Aureomycin® and injectable long-acting oxytetracyline on health and performance in lightweight Holstein calves in a commercial feedlot.
Technical Bulletin No. CD 0338, Alpharma Animal Health Division, pages 1-2. Data in Alpharma research file, Copyright © 2002.
3.
Comparison of Aureomycin® Granular Premix and generic chlortetracycline meal premix on mixer carryover, consistency of meeting
label guarantee and stability in pelleted feed. Technical Bulletin No. CD 0355, Alpharma Animal Health Division, pages 1-2. Data in Alpharma
research file, Copyright © 2002.
4.
Kreikemeier K, Stockka GL, Marston T. Influence of delayed processing and mass medication with either chlortetracycline or tilmicosin
phosphate on health and growth of highly stressed calves. Kansas State University Agricultural Experiment Station Report of Progress. 773:23-27.
AUREOMYCIN/RESEARCH FINDINGS
1.
Comparison of Aureomycin® granular premix and generic chlortetracycline meal premix on mixer carryover, consistency of meeting label
guarantee and stability in pelleted feel. Technical Bulletin No. CD 0355, Alpharma Animal Health Division, pages 1-2. Data in Alpharma
research file, Copyright © 2002.
2.
Hausmann D, Streeter MN. Effect of supplemental summer mineral containing Aureomycin® for Anaplasmosis control or Rumensin® for feed
efficiency on beef cowherd performance. Technical Bulletin No. CD 0515, Alpharma Animal Health Division, pages 1-4. Data in Alpharma
research file, Copyright © 2006.
BOVATEC/WEIGHT GAIN & FEED EFFICIENCY
1.
Comparative effects of Bovatec® and Rumensin® on performance in growing cattle fed high-roughage rations. Technical Bulletin No. CD 0346,
Alpharma Animal Health Division, pages 1-3. Data in Alpharma research file, Copyright © 2002.
2.
Corah L, Riley J. Effect of lasalocid on the sexual development of beef heifers. Agriculture Appl Sci. 1984;448:98-99.
3.
Erickson PS, Davis ML, Murdock CS. Ionophore taste preferences of dairy heifers. J Anim Sci. 2004;82:3314-3320.
BOVATEC/COCCIDIOSIS
1.
Dedrickson BJ. Coccidiosis in beef calves. Alpharma Animal Health Division.
http://www.cabnr.unr.edu/ab/Extension/Cattleman/Cattleman2000/06.htm. Accessed 3/1/06.
2.
Stromberg BE, Schlotthauer, Armstrong BD, et al. Efficacy of lasalocid sodium against coccidiosis (Eimeria zuernii and Eimeria bovis) in calves.
Am J Vet Res. 1982;43:583-585.
3.
Nussio CMB, Huber JT, Nussio LG. Decoquinate, lasalocid and monensin for starter feeds and the performance of Holstein calves to 20 weeks
of age. Scientia Agricola. 2002;59:421-426.
4.
Erickson PS, Davis ML, Murdock CS. Ionophore taste preferences of dairy heifers. J Anim Sci. 2004;82:3314-3320.
5.
Comparative effects of Bovatec® and Rumensin® on performance of growing cattle fed high-roughage rations. Technical Bulletin No. CD 0366,
Alpharma Animal Health Division, pages 1-3. Data in Alpharma research file, Copyright © 2002.
6.
Safety and toxicity of polyether ionophores in livestock and poultry. Technical Bulletin No. CD 0331, Alpharma Animal Health Division,
pages 1-12. Data in Alpharma research file, Copyright © 2002.
A + B = MORE $
1.
Gill DL, Owens FN. Antibiotics and ionophores for feedlot cattle.
2.
Brazle FK, Kuhl G, Harmon DL. The effect of antibiotics and ionophores on the gain of stocker cattle grazing native grass pasture.
Prof Anim Sci. 1990;6:19.
Aureomycin and Bovatec are registered trademarks of Alpharma Inc.
Rumensin® is a trademark for Elanco’s brand of monensin sodium.
