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Original Articles

Energy and nitrogen metabolism of chickens infected with either Eimeria acervulina or Eimeria tenella

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Pages 197-211 | Received 20 Jun 1978, Published online: 08 Nov 2007

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B. S. Takhar & D. J. Farrell. (1979) Energy and nitrogen metabolism of chickens subjected to infection and reinfection with Eimeria acervulina . British Poultry Science 20:2, pages 213-224.
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Articles from other publishers (16)

J.C. Jespersen, J.C. de Paula Dorigam, R. Whelan, A.C. Dilger, M.L. Oelschlager, K.M. Sommer, B.E. Gorenz, R.R. White & R.N. Dilger. (2024) Defining optimal dietary starch, oil, and amino acid inclusion levels for broilers experiencing a coccidiosis challenge. Poultry Science 103:2, pages 103335.
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Po-Yun Teng, Sudhir Yadav, Fernanda Lima de Souza Castro, Yuguo Hou Tompkins, Alberta Lorraine Fuller & Woo Kyun Kim. (2020) Graded Eimeria challenge linearly regulated growth performance, dynamic change of gastrointestinal permeability, apparent ileal digestibility, intestinal morphology, and tight junctions of broiler chickens. Poultry Science 99:9, pages 4203-4216.
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Panagiotis Sakkas, Idiegberanoise Oikeh, Damer P. Blake, Sheralyn Smith & Ilias Kyriazakis. (2019) Dietary vitamin D improves performance and bone mineralisation, but increases parasite replication and compromises gut health in Eimeria -infected broilers . British Journal of Nutrition 122:6, pages 676-688.
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Raymond H. Fetterer, Katarzyna B. Miska, Alva D. Mitchell & Mark C. Jenkins. (2013) The Use of Dual-Energy X-Ray Absorptiometry to Assess the Impact of Eimeria Infections in Broiler Chicks . Avian Diseases 57:2, pages 199-204.
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Ashley L. Shaw, Kenneth S. Macklin & John. P. Blake. (2012) Phytase Supplementation in a Reduced Calcium and Phosphorus Diet Fed to Broilers undergoing an <i>Eimeria </i>Challenge. The Journal of Poultry Science 49:3, pages 178-182.
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A.L. Shaw, F.W. van Ginkel, K.S. Macklin & J.P. Blake. (2011) Effects of phytase supplementation in broiler diets on a natural Eimeria challenge in naive and vaccinated birds. Poultry Science 90:4, pages 781-790.
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Michael P. Muehlenbein, Jana L. Hirschtick, Julia Z. Bonner & Ann M. Swartz. (2010) Toward quantifying the usage costs of human immunity: Altered metabolic rates and hormone levels during acute immune activation in men. American Journal of Human Biology 22:4, pages 546-556.
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F.B. Sandberg, G.C. Emmans & I. Kyriazakis. (2007) The effects of pathogen challenges on the performance of naïve and immune animals: the problem of prediction. Animal 1:1, pages 67-86.
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M.E. Persia, E.L. Young, P.L. Utterback & C.M. Parsons. (2006) Effects of Dietary Ingredients and Eimeria acervulina Infection on Chick Performance, Apparent Metabolizable Energy, and Amino Acid Digestibility. Poultry Science 85:1, pages 48-55.
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Michael P. Muehlenbein & Richard G. Bribiescas. (2005) Testosterone-mediated immune functions and male life histories. American Journal of Human Biology 17:5, pages 527-558.
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M.A. Pedersen, S.M. Thamsborg, C. Fisker, H. Ranvig & J.P. Christensen. (2003) New Production Systems: Evaluation of Organic Broiler Production in Denmark. Journal of Applied Poultry Research 12:4, pages 493-508.
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R.H. Fetterer & P.C. Allen. (2001) Eimeria tenella Infection in Chickens: Effect on Plasma and Muscle 3-Methylhistidine. Poultry Science 80:11, pages 1549-1553.
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Peter L. Long. 1993. Parasitic Protozoa. Parasitic Protozoa 1 88 .
M.D. Ruff & P.C. Allen. (1982) Changes in liver glycogen of broilers during coccidiosis. Veterinary Parasitology 10:4, pages 285-295.
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G.M. WILLIS & D.H. BAKER. (1981) Phosphorus Utilization During Eimeria acervulina Infection in the Chick. Poultry Science 60:8, pages 1960-1962.
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GAWAIN M. WILLIS & DAVID H. BAKER. (1981) Eimeria acervulina Infection in the Chicken: A Model System for Estimating Nutrient Requirements During Coccidiosis. Poultry Science 60:8, pages 1884-1891.
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