02287     2200229   4500001002100000005001500021008004100036020001400077035001900091041000700110100002200117700001800139700001600157700001700173700001900190245006100209250002000270260002500290300003700315500157100352650013401923INLIS00000000000007720210323091254210323|||||||||   |   |||   |||| ||   |   a0852-9612  0010-0321000077  aid0 aEnuh Raharjo Jusa0 aIstiyaningsih0 aPudjiatmoko0 aAhmad Maizir0 aKhairul Daulay00aStudi Epidemiologi Brucellosis Pada Sapi Di 15 Kabupaten  aVol. 10, p. 5-8  aBogorbBBPMSOHc2004  a3 tables.: 10 ref.: Summary (En)  aEpidemiological study of Brucellosis covering 15 districts in Indonesia had been conducted in 2003. sample sera of cattle were collected from Bogor, Malang, Bandung, Sleman, Semarang, Boyolali, and Lampung Selatan by staff of veterinary Drug Assay Laboratory and District Livestock Services officials. Sample sera of cattle originated from Sukabumi, Lampung Tengah,Tapanuli Selatan, Asahan, Kapuas Hulu, Nunukan, Tanah Laut, and Hulu Sungai Tengah were collected by staff of Veterinary Drug Assay Laboratory and the officials of Diseases Investigation center Region I,III,IV and V. Based on Rose Bengal Test (RBT), the highest prevalence of brucellosis reactor was bogor District (25%, 100 out of 400 samples). The prevalence of reactor in Malang District was 12.8% (5 out of 39) and in Lampung Tengah was 5.0 % (1 out of 20). based on serum agglutination test (SAT) the highest prevalence of reactor was Bogor District (17.50%, 69 out of 388 samples). The prevalences of reactor in Malang District and Lampung Tengah District were 10.26% (4 out of 39) and 5.0% (1 out of 20) respectively, while the samples from Bandung, Sleman, Semarang, Boyolali, Lampung Selatan, Tapanuli Selatan, Asahan, Kapuas Hulu, Nunukan, Tanah Laut and Hulu sungai Tengah were all negative. The result suggested that Brucellosis control in Bogor should be implemented by vaccination program and B. abortus should be Isolated from the District. To obtain applicable bacterial seed for vaccine, selection of the seed should be performed by studying the serotype and genotype of the bacteria. 0aEpidemiology -- Vaccines -- ISOLATION -- ANTIBODIES -- CATTLE -- INDONESIA -- SEROTYPES -- IMMUNOENZYME TECHNIQUES -- Bruceluosis