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Scientific Article

Urinary methylmalonic acid as an indicator of the vitamin B12 status of grazing sheep

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Pages 90-92 | Published online: 23 Feb 2011

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Read on this site (5)

TM Gruner, JR Sedcole, JM Furlong, ND Grace, SD Williams, G Sinclair & AR Sykes. (2004) Changes in serum concentrations of methylmalonic acid and vitamin B12 in cobalt-supplemented ewes and their lambs on two cobalt-deficient properties. New Zealand Veterinary Journal 52:3, pages 117-128.
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K. B. Marsh & M.A. Turner. (1988) Use of urinary formimino-glutamic acid (FIGLU) test as an indicator of cobalt deficiency in sheep. New Zealand Journal of Agricultural Research 31:3, pages 273-277.
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R.G. Clark, R.S. Ellison, JenniferA. Kirk, Lynnette Mortleman, Lisa Williamson & H. V. Henderson. (1986) Absence of a weight gain response to vitamin B12 supplementation in weaned beef cattle grazing pastures of marginal cobalt content. New Zealand Journal of Agricultural Research 29:3, pages 443-448.
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R.J. Sutherland. (1980) On the application of serum vitamin B12 radio-assay to the diagnosis of cobalt deficiency in sheep. New Zealand Veterinary Journal 28:8, pages 169-170.
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K.R. Millar & MaryE. Penrose. (1980) A comparison of vitamin B12 levels in the livers and sera of sheep measured by microbiological and radioassay methods. New Zealand Veterinary Journal 28:5, pages 97-99.
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Articles from other publishers (11)

Pierre Castro Soares, Cleyton Charles Dantas Carvalho, Flávio Carneiro da Cunha Mergulhão, Tomás Guilherme Pereira da Silva, Daniel Nunes de Araújo Gonçalves, Emanuel Felipe de Oliveira Filho, Carla Lopes de Mendonça & José Augusto Bastos Afonso. (2022) Serum concentrations of folic acid and cobalamin and energy metabolism of ewes as a function of the energy density of the diet, peripartum period, and pregnancy toxemia. Tropical Animal Health and Production 55:1.
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Neville Suttle. 2022. Mineral Nutrition of Livestock. Mineral Nutrition of Livestock 229 255 .
S. C. Wiese, C. L. White, I. H. Williams & J. G. Allen. (2007) Relationships between plasma methylmalonic acid and ruminal succinate in cobalt-deficient and -repleted sheep. Australian Journal of Agricultural Research 58:4, pages 367.
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D. G. Kennedy, S. Kennedy, W. J. Blanchflower, J. M Scott, D. G. Weir, A. M. Molloy & P. B. Young. (2007) Cobalt-vitamin B 12 deficiency causes accumulation of odd- numbered, branched-chain fatty acids in the tissues of sheep . British Journal of Nutrition 71:1, pages 67-76.
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Tony K. McGhie. (1991) Analysis of serum methylmalonic acid for the determination of cobalt deficiency in cattle. Journal of Chromatography B: Biomedical Sciences and Applications 566:1, pages 215-222.
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Martha J. Ulvund. (1990) Ovine White-Liver Disease (OWLD). Vitamin B12 and Methyl Malonic Acid (MMA) Estimations in BloodKvitleversjuke (kobolt/vitamin B12 mangel) hos lam. Vitamin B12 og methylmalon-eddiksyre (MMA) i blod. Acta Veterinaria Scandinavica 31:3, pages 267-275.
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. 1990. Forage in Ruminant Nutrition. Forage in Ruminant Nutrition 403 461 .
Desmond A. Rice, Marian McLoughlin, W. John Blanchflower, Cecil H. McMurray & Edward A. Goodall. (1989) Sequential changes in plasma methylmalonic acid and vitamin B12 in sheep eating cobalt-deficient grass. Biological Trace Element Research 22:2, pages 153-164.
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K.A. Linklater. 1987. New Techniques in Sheep Production. New Techniques in Sheep Production 253 267 .
RICHARD M. SMITH. 1987. Trace Elements in Human and Animal Nutrition. Trace Elements in Human and Animal Nutrition 143 183 .
C.F. MILLS. 1981. Recent Advances in Animal Nutrition. Recent Advances in Animal Nutrition 129 141 .

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