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Background Oncomelania lorelindoensis is the intermediate host of Sulawesi’s Schistosoma japonicum. Schistosoma japonicum in Sulawesi originated from Anhui Guichi, China. Oncomelania lorelindoensis is one of the species in the genus Oncomelania. In this study, I report a study of Oncomelania lorelindoensis as the intermediate hosts of Sulawesi schistosomiasis japonica, their distributions in Sulawesi, and the control of O. lorelindoensis. Results Proto-Oncomelania originated in eastern Indonesia, Sulawesi. It spread to the Philippines, Japan, and China and then gave rise to Oncomelania. It is the intermediate host of Schistosoma japonicum. Five species are found in the genus Oncomelania, namely O. hupensis, O. lorelindoensis (formerly O. hupensis lindoensis), O. minima, O. robertsoni, and O. quadrasi. Further sequencing reveals that O. robertsoni has one subspecies, i.e., O. robertsoni robertsoni. Oncomelania lorelindoensis occurs in and around Lore Lindu National Park: the Bada Valley, the Lindu Valley, and the Napu Valley, Central Sulawesi. It may have occurred in the Kulawi Valley and the Palu Valley, Sigi Regence, Central Sulawesi Province. Control of O. lorelindoensis can use mechanic techniques, molluskicides, and genetic manipulation techniques. Conclusions Oncomelania lorelindoensis is found in Central Sulawesi, Indonesia. It occurs in the Bada Valley and the Napu Valley of Poso Regence and the Lindu Valley of Sigi Regence. It may also have occurred in other regions around Lore Lindu National Park. The intermediate host of Sulawesi S. japonicum is O. lorelindoensis. Subspecies in O. robertsoni should be named O. robertsoni robertsoni.
Background Oncomelania lorelindoensis is the intermediate host of Sulawesi’s Schistosoma japonicum. Schistosoma japonicum in Sulawesi originated from Anhui Guichi, China. Oncomelania lorelindoensis is one of the species in the genus Oncomelania. In this study, I report a study of Oncomelania lorelindoensis as the intermediate hosts of Sulawesi schistosomiasis japonica, their distributions in Sulawesi, and the control of O. lorelindoensis. Results Proto-Oncomelania originated in eastern Indonesia, Sulawesi. It spread to the Philippines, Japan, and China and then gave rise to Oncomelania. It is the intermediate host of Schistosoma japonicum. Five species are found in the genus Oncomelania, namely O. hupensis, O. lorelindoensis (formerly O. hupensis lindoensis), O. minima, O. robertsoni, and O. quadrasi. Further sequencing reveals that O. robertsoni has one subspecies, i.e., O. robertsoni robertsoni. Oncomelania lorelindoensis occurs in and around Lore Lindu National Park: the Bada Valley, the Lindu Valley, and the Napu Valley, Central Sulawesi. It may have occurred in the Kulawi Valley and the Palu Valley, Sigi Regence, Central Sulawesi Province. Control of O. lorelindoensis can use mechanic techniques, molluskicides, and genetic manipulation techniques. Conclusions Oncomelania lorelindoensis is found in Central Sulawesi, Indonesia. It occurs in the Bada Valley and the Napu Valley of Poso Regence and the Lindu Valley of Sigi Regence. It may also have occurred in other regions around Lore Lindu National Park. The intermediate host of Sulawesi S. japonicum is O. lorelindoensis. Subspecies in O. robertsoni should be named O. robertsoni robertsoni.
In Poso, Central Sulawesi, schistosomiasis prevalence has shown fluctuations, particularly in the Napu Highland, home to around 17,000 people, where there is a 0.15% risk of Schistosomiasis. This study aimed to analyze the risk factors associated with schistosomiasis in the Napu Highland. Conducted from April to June 2022, this case-control study included residents of schistosomiasis-affected villages. The sample consisted of 148 individuals (37 cases and 111 controls). Cases were residents aged over 2 years who had tested positive for schistosomiasis in a 2021 fecal survey conducted by the Poso District Health Office. Controls were selected as the nearest neighbors of the cases. Data on education, knowledge, occupation, sanitation practices, water sources, activities near water bodies, use of protective equipment, and livestock raising were collected through questionnaires. Statistical analysis involved the Chi-square test with α=5%. The results indicated that education (p=0.018; OR=3.147) and knowledge (p=0.056; OR=2.233) were associated with schistosomiasis. Individuals with lower education levels were 3.147 times more likely to contract the disease, while those with limited knowledge were 2.233 times more at risk. In conclusion, improving schistosomiasis prevention in the Napu Highland should involve enhancing knowledge, attitudes, and practices through health promotion initiatives that engage educators and community leaders.
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