Biotechnology in Animal Husbandry - Institut za Stočarstvo

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632 S. Đedović et al. 68% i u trećoj 67,7 %. Rezultati istraživanja ukazuju da je zbog velike brojnosti glodara i neadekvatnih epidemioloških uslova na farmi visoko-mlečnih krava ispoljena slabija efikasnost ekološko prihvatljivog preparata dok su preparati na bazi bromadiolona i brodifakuma ispoljili visoku efikasnost. References ABBOTT W.S. (1925): A method of computing the effectiveness of an insecticide. J. Econ, Entomol, 18, 265-267. BOJKOVSKI J., SOLDATOVIĆ B., NIKOLIĆ A. (1991): Cytogenetic observation on numerical and structural chromosome aberrations induced by environmental influence in mice of the genus Apodemus, Acta Veterinaria, 41, 5- 6, 241-246. BOKELMAN B. (1996): Quality Assurance and HACCP with Special Attention to Long Life Products. DANIELS M.J., HUTSCHINGS M.R., GREIG A. (2003): „The risk of disease to livestock posed by contamination of farm stored feed by wildlife excreta“. Michigan Bovine Tuberculosis Bibliography and Datubase. Paper 14. ĐEDOVIĆ S., VUKŠA M., STOJNIĆ B., JOKIĆ G. (2011): Preparat na bazi selena i suzbijanje sinantropnih glodara u objektima u poljoprivredi. Pestic. Fitommed., 26, 3, 265-270. EPPO (1992):Guide for the officacy evaluation of rodenticides, No. 169, EPPO Bull.,22,181-202. EPPO, 1999: Guideline for the efficacy evaluation of rodenticides: Field tests against synanthropic rodents (Mus musculus, Rattus norvegicus i R. rattus) – PP 1/114(2), in EPPO 1999. Guidelines for the efficacy evaluation of Plant Protection Products. Rodenticides, 1, European and Mediterranean Plant Protection Organization, Paris, pp. 83-144. JOKSIMOVIĆ-TODOROVIĆ M., DAVIDOVIĆ V., HRISTOV S., STANKOVIĆ B., BOJKOVSKI J. (2007): Deficit selena kod mlečnih krava., Zbornik naučnih radova Instituta PKB Agroekonomik, 13, 3-4, 41-46. LUND M. (1984): Resistance to the second generation anticoagulant rodenticides. In: Proceedings of Eleventh Vertebrate Pest Conference. Sacramento, California (Ed. by D.O.Clarck), pp. 89-94. MARSHALL E.F. (1984): Cholecalciferol: a unique toxicant for rodent control. Proc. 11 th Vertebr. Pest Conf., 95-98. MERCK VETERINARY MANUEL (2011): Rodenticide Poisoning Introduction, Whitehouse Station, NJ USA. MEEHAN A.P. (1984): Rats and Mice-their biology and control. Rentokil Ltd., East Grinstead, W. Sussex, 383 pp.
Control of brown rat (Rattus norvegicus) on a dairy farm... MORITA C.H., MATSUURA Y., MORIKAWA S.H., KITAMURA T (1985): Age dependent transmission of hemoragic fever with renal syndrome (HFRS) virus in rats. Arch. Virol., 85, 145. MYLLYMAKI A. (1995): Anticoagulant resistance in Europe: Appraisal of the data from 1992 EPPO questionnaire. Pestic. Sci., 43, 69-72. ROWE F.P., PLANT C.J., BRADFIELD A. (1981): Trials of the anticoagulant rodenticides bromadiolone and difenacoum against the house mouse (Mus musculus L.). Journal of Hygiene, London 81, 171-177. QUY R.J., COWAN D.P., PRESCOTT C.V., GILL E.J., KERINS G.M., DUNSFORT, G., JONES A., MACNICOL A.D. (1995): Control of a Population of Norway Rats Resistant to Anticoagulant Rodenticides. Pestic. Sci., 45, 247-256. SINGLETON G.R., HINDS L.A., LEIRS H., ZHANG Z. (1999): Ecologically based rodent menagment ACIAR, Canberra, Australia.. SLUŽBENI GLASNIK RS BR. 36/09 (2009): Lista zabranjenih hemikalija, pravilnik o uvozu i izvozu određenih opasnih hemikalija. VUKŠA M., DRAGANIĆ M., ĐEDOVIĆ S., JOKIĆ G. (2006): Laboratory effects and efficacy of a Se-based rodenticide in controlling rodents in storage facilites. Proceedings of the 9 th International Working Conference on Stored Product Protection, Campinas, Sao Paulo, Brazil, 920-925. Received 25 July 2012; accepted for publication 17 September 2012 633
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UDC636 Print ISSN 1450-9156 Online
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Journal for the Improvement of Anim
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Biotechnology in Animal Husbandry 2
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Shell quality - everlasting problem
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Effect of feathering alleles (k/K +
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434 E. N. Uchewa et al. an average
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438 E. N. Uchewa et al. Uticaj kva
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Estimation of the relative bioavail
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References Estimation of the relati
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456 V. Vidovic et al. existing sele
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458 V. Vidovic et al. All the facto
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460 Conclusion V. Vidovic et al. Th
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462 V. Vidovic et al. VIDOVIC V. (1
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464 Č. Radović et al. Radović et
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466 Č. Radović et al. Table 3. Th
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468 Č. Radović et al. CHAN D. E.,
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470 M. Popovac et al. Most frequent
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472 M. Popovac et al. Roehe and Ken
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474 M. Popovac et al. heritability
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Table 1. Composition of diets for p
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Material and methods The effect of
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510 R.T. Gudaj et al. Companies dea
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512 Results and Discussion R.T. Gud
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514 R.T. Gudaj et al. blame cows th
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516 R.T. Gudaj et al. RUTHERFORD K.
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518 M.P.Petrovic et al. some author
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520 M.P.Petrovic et al. Table 1. So
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522 M.P.Petrovic et al. In the Medi
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524 M.P.Petrovic et al. The signifi
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526 M.P.Petrovic et al. AL-SHOREPY
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528 M.P.Petrovic et al. PETROVIC, P
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530 D. Ružić-Muslić et al. In th
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532 D. Ružić-Muslić et al. with
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534 Conclusion D. Ružić-Muslić e
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536 D. Ružić-Muslić et al. RODRI
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538 Introduction Z. Ilić et al. In
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540 Z. Ilić et al. the lowest weig
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542 Z. Ilić et al. 31.60%, while t
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544 Z. Ilić et al. HOSSEINI S. M.
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546 J. Stojković et al. ammonia, c
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548 J. Stojković et al. Throughout
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550 Conclusion J. Stojković et al.
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552 J. Stojković et al. STOJKOVIĆ
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554 M. Joksimović Todorović et al
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558 Acknowledgment M. Joksimović T
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576 H. F. Abou-Shaara et al. Abou-S
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578 H. F. Abou-Shaara et al. of for
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580 Inner wing width 2.1 2 1.9 1.8
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