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Journals / Turkish Journal of Veterinary and Animal Sciences / 2000 / Cilt: 24 - Sayı: 3

Investigation on blood plasma and hair copper levels in clinically healthy cattle in Elazığ and it's vicinity

Elazığ yöresinde klinik olarak sağlıklı görünen sığırlarda kan plazması ve kıl bakır değerleri üzerinde araştırmalar

İbrahim ÇİMTAY
Ali ÖLÇÜLÜ
Pages
267–273
Publication Date
2022-11-05
DOI
—
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AI Summary & Key Takeaways

AI Insight
⚡ TL;DR(Too Long; Didn't Read)

Mean plasma copper levels in March, June and September (44.58±1.78, 52.79±2.15 and 52.76±2.59 µg/dl respectively) and mean hair copper levels in March and June (5.45±0.15 and 5.25±0.11 ppm respectively) were lower than the accepted critical levels for subclinical copper deficiency.

📌 3 Key Takeaways

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Objective & Hypothesis:The objective of this study was to determine blood plasma and hair copper levels in clinicially healthy Swiss Brown and Holstein cows.
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Key Findings & Data:This study was performed on 50 cows, 3-6 years old.
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Conclusion & Impact:Mean plasma copper levels in March, June and September (44.58±1.78, 52.79±2.15 and 52.76±2.59 µg/dl respectively) and mean hair copper levels in March and June (5.45±0.15 and 5.25±0.11 ppm respectively) were lower than the accepted critical levels for subclinical copper deficiency.
🔬Design:Research Article
📍Scope:Comprehensive Sample
⚙️Variables:Domain Parameters

Abstract

The objective of this study was to determine blood plasma and hair copper levels in clinicially healthy Swiss Brown and Holstein cows. This study was performed on 50 cows, 3-6 years old. Blood and hair samples were collected in December, March, June and September. Mean plasma copper levels in December, March, June and September were 68.23±2.62, 44.58±1.78, 52.79±2.15 and 52.76±2.59 mg/dl respectively. Also mean hair copper levels were 5.78±0.22, 5.45±0.15, 5.25±0.11 and 5.77±0.15 ppm respectively. The levels of plasma and hair copper showed great differences in regard to the months of study and races, but there were no significant differences associated with gestation and lactation factors. Mean plasma copper levels in March, June and September (44.58±1.78, 52.79±2.15 and 52.76±2.59 µg/dl respectively) and mean hair copper levels in March and June (5.45±0.15 and 5.25±0.11 ppm respectively) were lower than the accepted critical levels for subclinical copper deficiency.

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Cite This Article

ÇİMTAY, İ., ÖLÇÜLÜ, A. (2022). Investigation on blood plasma and hair copper levels in clinically healthy cattle in Elazığ and it's vicinity. Turkish Journal of Veterinary and Animal Sciences, Cilt: 24 - Sayı: 3, 267–273. https://ajindex.com/articles/615751

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References (6)

  1. Dokey, D.L.: Clinical Pathology and Diagnostic Procedures.Second Edition,
  2. Bailliere Tindall, London, 1983. 2.Kelly W.R.: Veterinary Clinical Diagnosis. Second Edition,
  3. BailliereTindall, London, 1974. 3.Frankel, S., Reitman, S. and Sannewirth, A.C.: Clinical LaboratoryMethods and Diagnosis. A Textbook on Laboratory Proceduresand Their Interpretation. Seventh Edition,
  4. The C.V. MosbyCompany, St. Louis, 1970. 4.Hays, V.W. and Swenson, M.J.: Minerals and Bones. Ed.Swenson, M.J. In: “Dukes’ Physiology of Domestic Animals”.Tenth Edition,
  5. Cornell University Press, London, pp. 449-466,1984. 5.Marcos, E.R.: Valores Poblacionales de Parametros Sanguineos,Segun Estado de Lactancia y Epoca Del Ano. Rev. Med. Vet.,1982; 63, (4): 260-278. 6.Erkal, N.: Samsun Yöresi Sığırlarının Kan Serumunda Bakır veÇinko Düzeyleri Üzerinde Araştırma. Doğa Bilim Dergisi, 1984;D1, 8, (2): 101-115. 7.Agnes, F. and Tozzi, F.: Livelli Sierici di Macro- et Oligoelementi inBovine da Latte Durante la Gravidanza e la Lattazione. Atti Del.Soc. Italiana Del. Sci. Vet., 1985; 39, (II): 522-524. 8.Sawadogo, G., De Saqui-Sannes, P. et Burgat, V.: Note Sur LesEffects de l’age et du Sexe sur les Concentrations Plasmatiques deCuivre, Zinc et Magnesium Chez les Zebus Gobra. Rev. Med. Vet.,1988; 139, (3): 311-313. 9.Sevastyanova, V.M.: Soderzhanie Medi u Plazmei EritrotritakhKrovi Laktiruyushchikh Korov. Trudy Moskovskoi Vet. Akadem.,1973; 64, 44-45. 10.Van Aken, D., De Bont, J., Van Holm, L. and Ranawana, S.S.E.:A Study on Mineral Status of Cattle in a Dairy Farm in Sri Lanka.Indian Vet. J., 1991; 68, 371-374. 11.Hıdıroglou, M. and Spurr, D.T.: Influence of Cold Exposure andDiet Change on The Trace Element Composition of Hair fromShorthorn Cattle. Can. J. Anim. Sci., 1975; 55, 31-38. 12.Alvarez, J.L., Zaldivar, V., Colome, H. and Mayari, R.: IndicadoresHematoquimicos en Toros Sementales Para Inseminacion Artifical.II. Efecto de la Raza. Rev. Sal. Anim. 1987; 9, (1): 47-52. 13.Smart, M.E. and Cristensen, D.A.: The Effect of Cow’s DietaryCopper Intake, Sire Breed, Age on Her Copper Status and That ofHer Fetus in The First Ninety Days of Gestation. Can. J. Comp.Med., 1985; 49, (2): 156-158. 14.Lavin-Gonzales, S., Monreal-Bosch, L., Abad-Gavin, M. andFernandez-Celadilla, L.: Niveles de Cobre en Plasma y Pelo deGanado Vacuno en Diferentes Estados Reproductivos. Med. Vet.1987; 9, (4): 415-418. 15.McDowell, L.R.: Minerals in Animal and Human Nutrition.Academic Press,
  6. San Diego, New York, Boston, London, Sydne