巴东巴厘岛 Sangeh 村 Banjar Sibang 和 Banjar Brahmana 的狂犬病防治工作中的狗群分布情况

I Made Dharma Kusuma Wandira, I Wayan Masa Tenaya, I Nyoman Sulabda
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摘要

狂犬病是一种人畜共患病,由狂犬病毒科 Lyssavirus 属的一种神经性病毒引起。2008 年 11 月,巴厘岛巴东地区发现了一例狂犬病病例。本研究旨在确定巴厘岛巴东地区阿比安塞马勒分区桑格村班加西班和婆罗门的人口特征,以努力控制狂犬病。本研究采用观察研究设计,通过收集狗的人口统计数据,包括:人口、性别、品种、年龄、饲养系统、身体状况评分(BCS)和疫苗接种覆盖率。采用的方法是调查,在 Banjar Sibang 和 Banjar Brahmana 分别访问了 27 户和 43 户养狗的家庭。数据收集是通过人口普查(挨家挨户)的方式进行的,使用问卷访问养狗家庭,并直接观察未养狗的情况。截至 2024 年 1 月,研究得出以下结果:Banjar Sibang 的人狗比例为 11.8:1,Banjar Brahmana 为 10.3:1。这两个班禅的狗饲养方式主要是放养,Banjar Sibang 的放养率为 78.8%,Banjar Brahmana 为 87.5%。各班寨的疫苗接种率分别达到 100%和 85%。总之,根据人口数据,按照粮农组织的标准,研究地区的人狗比例并不理想,或处于狂犬病易发状态,比例低于 16:1。尽管两个地区的疫苗接种覆盖率都超过了世界卫生组织的标准,但仍有必要继续扩大狂犬病疫苗接种计划,尤其是在狗与人口比例较高的地区。建议开展大规模绝育计划并更加关注饲养系统,以控制狗的数量和狂犬病的传播。
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DOG DEMOGRAPHY IN RABIES CONTROL EFFORTS IN BANJAR SIBANG AND BANJAR BRAHMANA, SANGEH VILLAGE, BADUNG BALI
Rabies is a zoonotic disease caused by a neurotropic virus of the genus Lyssavirus in the family Rhabdoviridae. A rabies case was detected in Bali in November 2008 in Badung Regency. This study aimed to determine the demographic characteristics of Banjar Sibang and Brahmana of Sangeh Village, Abiansemal Subdistrict, Badung Regency, Bali in an effort to control rabies. This study used an observational study design, by collecting data on dog demographics including: population, sex, breed, age, husbandry system, Body Condition Score (BCS) and vaccination coverage. The method used was a survey by interviewing a total of 27 households of dog owners in Banjar Sibang and 43 households in Banjar Brahmana. Data collection was conducted by census (door to door) by interviewing dog-owning households using questionnaires, and direct observation of unowned dogs. From the research, the following results were obtained as of January 2024: the ratio of humans to dogs in Banjar Sibang is 11.8:1 and in Banjar Brahmana 10.3:1. The dog rearing system in both banjars is mostly done by releasing with a percentage of 78.8% in Banjar Sibang and 87.5% in Banjar Brahmana. Vaccination coverage in each banjar reached 100% and 85%, respectively. In conclusion, based on population data, the ratio of people to dogs in the study area to FAO standards is not ideal or in a rabies-prone condition with a ratio below 16:1. Although vaccination coverage in both districts exceeded WHO standards, it is necessary to continue expanding rabies vaccination programs, especially in areas with high dog-to-population ratios. Mass sterilization programs and more attention to husbandry systems are recommended to control dog populations and the spread of rabies.
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