Martviset Pongsakorn, Chantree Pathanin, Geadkaew-Krenc Amornrat, Piyatadsananon Pantip, Jirojwong Ruttiroj, Wangboon Chompunoot, Jamklang Mantana, Chumkiew Sirilak, Poomkhokrak Rawipreeya, Kosa Nanthawat, Chaimon Salisa, Sanannam Bumpenporn, Grams Rudi, Phadungsil Wansika
Department of Preclinical Science, Faculty of Medicine, Thammasat University, Pathum Thani, Thailand.
Graduate Program in Applied Biosciences, Faculty of Medicine, Thammasat University, Pathum Thani, Thailand.
Int J Vet Sci Med. 2024 Sep 10;12(1):125-133. doi: 10.1080/23144599.2024.2396700. eCollection 2024.
This study investigates the distribution of the () spp. in Pak Chong district, Nakhon Ratchasima province, northeast Thailand, where a vast cattle farming area is located and has a high prevalence of spp. in the cattle. By random selection, 1,414 snails were collected from the natural and man-made ponds. The snails were recorded for morphology and processed for DNA isolation. The snail species were investigated by conventional PCR using a 16S rDNA-specific primer. The result demonstrated that all collected snails were . (.) . Moreover, the infection of gigantica in the snails was investigated by PCR using a cytochrome c oxidase I (COX1)-specific primer. The results illustrated that the overall prevalence was 22.5% (318/1414), with the highest prevalence in the Nong Sa Rai subdistrict at 73.6% (81/110), which is the highest prevalence of in the snail host that has ever been reported. The lowest prevalence existed in the Pong Ta Long subdistrict at 3.7% (4/109). Our results corresponded to the previous report on the spp. infection in the cattle from this area, and the geographical analysis revealed that the most suspected factor would be the earth dam located in these subdistricts, where many animals live freely during the day. Our findings could be helpful for further parasite control and could trigger the study of the biology and associated factors in the future.
本研究调查了泰国东北部呵叻府巴冲区()属物种的分布情况,该地区是一个广阔的养牛区,牛群中该属物种的感染率很高。通过随机选择,从天然池塘和人工池塘中采集了1414只蜗牛。记录蜗牛的形态并进行DNA分离处理。使用16S rDNA特异性引物通过常规PCR对蜗牛物种进行调查。结果表明,所有采集的蜗牛均为(.)。此外,使用细胞色素c氧化酶I(COX1)特异性引物通过PCR研究了蜗牛中巨片形吸虫的感染情况。结果表明,总体感染率为22.5%(318/1414),农萨莱分区的感染率最高,为73.6%(81/110),这是有史以来报道的蜗牛宿主中该属物种的最高感染率。蓬他隆分区的感染率最低,为3.7%(4/109)。我们的结果与之前关于该地区牛群中该属物种感染的报告一致,地理分析表明,最可疑的因素可能是位于这些分区的土坝,许多动物白天在那里自由活动。我们的发现可能有助于进一步的寄生虫控制,并可能在未来引发对其生物学及相关因素的研究。