奔巴岛地处印度洋西部，是坦桑尼亚桑给巴尔地区的第二大岛，与非洲大陆隔海相望。岛上丁香绽放、风景宜人，但曾经也是血吸虫病重度流行区。"以 前，村里几乎每个家庭都有血吸虫病患者。"姆布兹尼社区负责人雅库布·阿里告诉记者，在中国专家到来之前，村民对血吸虫病预防治疗几乎一无所知。 "治本之道，在于水源的洁净与环境的重塑。"中国援助桑给巴尔血吸虫病防治技术项目专家组组长汪伟介绍说，岛上密布的水塘与溪流中，分布着大量感染 埃及血吸虫的水泡螺。当地村民因日常洗衣、游泳、戏水而频繁接触受污染的水源，导致感染链条难以切断。为了彻底阻断传播，中国专家决定从"安全供 水"与"源头灭螺"两方面双管齐下。 "中国装备轻便高效，让我们在复杂的野外环境中也能游刃有余。"桑给巴尔奔巴岛被忽视热带病防控办公室负责人萨利赫·穆罕默德说，"有了这些先进装备 技术和专家的无私帮助，我们对彻底消除血吸虫病充满信心。" "目前，中国专家在桑给巴尔地区共建成5个安全工程，惠及数万当地群众。" 汪伟介绍说。 为进一步消除生态环境中的风险，中国专家结合自身丰富的血吸虫病防治经验，冒着被血吸虫感染的风险，深入湿地与灌木丛，对全岛300多个水体进行了 拉网式普查 ...

（来源：工人日报） 当地时间1月1日，在坦桑尼亚桑给巴尔的奔巴岛，中国援助坦桑尼亚"桑给巴尔血吸虫病防治技术项 目"专家组在当地水塘开展灭螺作业。 2016年8月，江苏省血吸虫病防治研究所正式承担"援助桑给巴尔血吸虫病防治技术项目"。2023年5月， 江苏省血吸虫病防治研究所再次承担"援助桑给巴尔血吸虫病防治技术二期项目"。自2017年派驻第一批 专家组以来，国内先后共派出44名专家来到奔巴岛。他们组织进行的灭螺、检测、供水、宣教等工作， 为村庄带来了更加健康的未来。新华社发 ...

（来源：中工网） 两年前，记者曾跟随专家组探访过这片水塘，彼时这片水塘里仍然有血吸虫幼虫，但每天都有妇女在这 里洗衣服，还有络绎不绝的村民来取水和儿童在水边嬉戏。两年后的今天，水面平静，塘边立着高音喇 叭，只要有人靠近，便会自动用斯瓦希里语反复播报："不要靠近水源，这里是疫区。" 消杀取样后，专家们又来到水塘旁不远的一处水塔检查。队长汪伟告诉我，这个水塔2024年正式投入使 用，该水塔容量为5000升，连接着周边供水点，可满足约3000人的用水需求。 新华社桑给巴尔1月3日电 新华社记者华洪立 林光耀 2026年元旦一早，我和同事跟随中国援助坦桑尼亚"桑给巴尔血吸虫病防治技术项目"专家组的四位专 家，从桑给巴尔的奔巴岛办公区出发，前往基林迪村。 大约一个小时的车程，却异常难走。路面坑洼起伏，弯道不断，车辆不断颠簸，偶尔有对向车辆驶来， 两车只能在狭窄路面上小心错开。正值雨季，大雨和暴晒天气轮换交替，湿热的空气裹挟着这座印度洋 小岛。 进村后，手机信号随即消失。但在这个"断网"的村庄里，防疫信息却没有缺位。民房外墙上，随处可见 中文和斯瓦希里语并列的标语："接触疫水早排查""避免接触疫水、防治血吸虫病"。 在遍 ...

新华社桑给巴尔1月3日电 记者手记｜和中国专家一起在桑给巴尔"灭螺" 新华社记者华洪立 林光耀 2026年元旦一早，我和同事跟随中国援助坦桑尼亚"桑给巴尔血吸虫病防治技术项目"专家组的四位专家，从桑给巴尔的奔巴岛办公区出发，前 往基林迪村。 1月1日，在坦桑尼亚桑给巴尔的奔巴岛，中国援助坦桑尼亚"桑给巴尔血吸虫病防治技术项目"专家组在当地水塘开展灭螺作业。新华社发（赫 尔曼·埃马纽埃尔摄） 大约一个小时的车程，却异常难走。路面坑洼起伏，弯道不断，车辆不断颠簸，偶尔有对向车辆驶来，两车只能在狭窄路面上小心错开。正值 雨季，大雨和暴晒天气轮换交替，湿热的空气裹挟着这座印度洋小岛。 进村后，手机信号随即消失。但在这个"断网"的村庄里，防疫信息却没有缺位。民房外墙上，随处可见中文和斯瓦希里语并列的标语："接触 疫水早排查""避免接触疫水、防治血吸虫病"。 在遍布溪流和池塘的奔巴岛，水泡螺泛滥成灾，这是血吸虫的主要寄生宿主，岛上居民饱受其苦，"灭螺"成为专家组在当地开展防治血吸虫病 工作的重中之重。 1月1日，在坦桑尼亚桑给巴尔的奔巴岛，中国援助坦桑尼亚"桑给巴尔血吸虫病防治技术项目"专家组队长汪伟（中）与当地儿童交流 ...

近日，2025年度嘉兴市第一血防联防片区工作会议在平湖市钟埭街道社区卫生服务中心召开，第一血防 联防片各镇（街道）分管领导，（街道）社会事务办主任，卫生院（社区卫生服务中心）负责人、分管 负责人、血防专管员等参加会议。 会议由2025年度联防片值班单位——平湖经济开发区党工委委员、钟埭街道办事处副主任马赞骏主持。 会上，钟埭街道社区卫生服务中心副主任茅雪薇就片区2025年度血吸虫防治工作进行了回顾总结。随 后，钟埭街道社区卫生服务中心公共卫生科副科长候旭磊进行了血吸虫病知识讲解，并就查螺工作的细 节进行了演示，进一步普及了血吸虫病相关知识。 会议最后，2025年度、2026年度联防片值班片长单位进行了交接。会后，与会人员还实地参观了新启用 的钟埭街道社区卫生服务中心。 （来源：南湖晚报） 转自：南湖晚报 N周刊记者 胡遐睿 通讯员 赵勤仙 照片由平湖经开提供 据了解，2025年，片区血防联防工作加强组织领导，紧抓宣传教育、螺情监测、病情监测、环境治理等 重点，通过联防协作，进一步凝聚共防共治合力，血吸虫病预防与控制能力显著提升，农村人居环境持 续改善，切实保障了联防区域群众的身体健康，为区域经济社会稳定发展贡 ...

人民网内罗毕11月12日电 （记者黄炜鑫）达累斯萨拉姆消息：中国援助桑给巴尔血吸虫病防治技术项目专家组（以下简称"专家组"）10日在坦桑尼亚 桑给巴尔地区举办"关注血防·守护健康"血吸虫病防治知识手抄报比赛，吸引400余名学生参与，收到参赛作品500余份。 该比赛旨在通过生动有趣的艺术创作形式，引导学生了解血吸虫病传播途径、危害、防控措施及健康生活方式，营造"人人参与防治、校园共筑健康"的 良好氛围。 桑给巴尔奔巴岛教育署代表哈西娜·哈桑·卡杜阿拉在颁奖仪式上表示，这种将健康教育与艺术表达相结合的活动形式十分新颖有效，不仅让学生们在快 乐中学习到了防病知识，也激发了其关心自身与社区健康的意识。 据悉，专家组未来将继续联合当地教育与卫生部门，组织更多形式多样、内容丰富的校园健康教育活动，推动血吸虫病防治知识在当地广泛传播，为实 现"无血吸虫病岛"的目标贡献中国力量。 学生在展示手抄报。丁昕摄 学生在制作手抄报。丁昕摄 赛前，专家组开展了简短而生动的健康宣教课，向学生们讲解了血吸虫病传播途径、危害、感染风险以及预防要点。通过图片演示、问答互动等方式， 学生们对"血吸虫""水泡螺""接触疫水"等概念有了更直观的认识 ...

Core Insights - The article discusses the successful completion of a systematic survey of schistosomiasis transmission vectors in Zanzibar, Tanzania, by a Chinese expert team, marking a significant step in public health efforts to eliminate the disease [1][2] Group 1: Project Overview - The Chinese expert team conducted a survey of 320 key water bodies on Unguja and Pemba Islands, identifying the distribution of the water snail, the main vector for schistosomiasis [1] - The survey utilized the World Health Organization's recommended methods, resulting in the creation of Zanzibar's first schistosomiasis transmission vector distribution map [1] Group 2: Methodology and Data Collection - The survey employed a standardized 15-minute collection method to gather data on water snail distribution and infection rates, while also recording environmental factors such as water type, depth, vegetation, temperature, and human interaction [1][2] - Over the course of one month, the team collected and identified more than 40,000 water snail samples, providing comprehensive data on their distribution, density, ecological characteristics, and infection rates [2] Group 3: Impact and Significance - This survey represents the first systematic acquisition of nationwide snail distribution information in Zanzibar, indicating a critical advancement in the control of schistosomiasis [2] - The establishment of a snail monitoring technical system by the Chinese expert team offers robust technical support for achieving public health goals related to the elimination of schistosomiasis [2]

Core Points - The article discusses a Chinese aid project aimed at assessing and intervening in schistosomiasis infection rates among school-aged children in Zanzibar, Tanzania [1][2] - The project involves training local officials and educators to conduct screenings for schistosomiasis, which is a significant health threat to children in the region [2] Group 1 - The expert group conducted training for over 80 local officials, school principals, and health department staff on schistosomiasis screening [1][2] - Schistosomiasis, particularly urinary schistosomiasis, poses severe health risks to school-aged children, including blood in urine, bladder inflammation, and potential bladder cancer [2] - The initiative will focus on screening over 30,000 school-aged children across all 31 primary and secondary schools on Pemba Island from 2025 to 2026 [2] Group 2 - Early detection of schistosomiasis is emphasized as a prerequisite for effective intervention [2] - The expert group will provide safe and effective free medication to those identified as infected [2]

Core Viewpoint - The Chinese government is providing technical assistance for the prevention and control of schistosomiasis in Zanzibar, Tanzania, through a newly arrived expert group, aiming to achieve the elimination of the disease and contribute to global tropical disease control efforts [1]. Group 1 - The expert group, led by Wang Wei, has arrived in Zanzibar to implement comprehensive prevention measures based on previous epidemiological surveys [1]. - The project includes safe water supply, control of intermediate hosts, population intervention, and health education in the demonstration area of Pemba Island [1]. - Advanced technologies such as nucleic acid testing and AI-assisted diagnosis will be promoted, along with the introduction of environmental DNA (eDNA) monitoring for early warning and dynamic assessment of high-risk water bodies [1]. Group 2 - The cooperation on schistosomiasis prevention in Tanzania began with a memorandum signed by China at the World Health Assembly in 2014, committing to provide funding and technical support [1]. - The first expert group from Jiangsu Province arrived in Pemba Island in 2017, marking the start of China's involvement in this health initiative [1]. - The second phase of the technical assistance project for schistosomiasis prevention in Zanzibar was launched in 2023 [1].

Core Points - The Tanzanian government, specifically the President of Zanzibar, held a ceremony to honor the second batch of Chinese experts involved in the schistosomiasis prevention project, recognizing their contributions to local healthcare [1][2] - The project has made significant progress, with the expert team expressing gratitude for the support from various local departments and emphasizing the importance of continued collaboration to achieve schistosomiasis elimination goals [2] Group 1 - The expert team leader highlighted the project's steady advancement and the successful outcomes achieved with the support of the Zanzibar Ministry of Health and other departments [2] - The Zanzibar Minister of Health praised the expert team's work, noting the provision of free and effective treatment services and the introduction of sustainable, replicable technical solutions [2] - The President of Zanzibar expressed appreciation for the expert team's efforts, which included training local medical personnel and providing necessary technical support [2][4] Group 2 - Since the arrival of the second batch of Chinese experts in September 2024, significant activities have been conducted, including screening 118,000 cases and testing 98,000 urine samples on Pemba Island [4] - The project has achieved notable results in controlling snail populations and has implemented health education across ten key communities, benefiting over 10,000 individuals [4] - Infrastructure improvements include the establishment of four centralized water supply systems and 21 water points, along with capacity assessments and training for monitoring personnel [4]