中国寄生虫学与寄生虫病杂志 ›› 2009, Vol. 27 ›› Issue (2): 7-129.

• 论著 • 上一篇    下一篇

湖沼型疫区“无血吸虫感染者学校”健康促进干预模式的建立及应用

陈海婴1,胡广汉1,2 *,宋矿余3,熊志伟1,胡嘉4,杨平一5,彭国华1,胡位陈6
余松山7,付国兰8,刘周华5,戚京成1,葛军2,万保平9
  

  1. 1 江西省南昌市疾病预防控制中心,南昌 330006;2 江西省寄生虫病防治研究所,南昌 330046;3南昌大学医学院微生物学教研室,南昌 330008;4 南昌大学第一附属医院,南昌 330008;5江西省南昌县血防站,南昌 330200;6江西省新建县血防站,新建 330100;7江西省恒湖农场医院,新建 330123;8 江西省进贤县血防站,进贤 331700;9 江西省南昌市血防办公室,南昌 330056
  • 收稿日期:1900-01-01 修回日期:1900-01-01 出版日期:2009-04-30 发布日期:2009-04-30

Establishment and Application of School-based Health Promotion and Intervention Model of Schistosomiasis in Lake-type Endemic Area

CHEN Hai-ying1,HU Guang-han1,2 *,SONG Kuang-yu3,XIONG Zhi-wei1,HU Jia4,YANG Ping-yi5,PENG Guo-hua1,HU Wei-chen6,YU Song-shan7,FU Guo-lan8,LIU Zhou-hua5,QI Jing-cheng1,GE Jun2,WAN Bao-ping9   

  1. 1 Nanchang Municipal Center for Disease Control and Prevention, Nanchang 330006,China;2 Jiangxi Provincial Institute of Parasitic Diseases, Nanchang 330046,China;3 Department of Microbiology, Medical College of Nanchang University, Nanchang 330008,China;4 The First Affiliated Hospital of Nanchang University, Nanchang 330008,China;5 Schistosomiasis Control Station of Nanchang County,Nanchang 330200,China;6 Schistosomiasis Control Station of Xinjian County,Xinjian 330100,China;7 Hospital of Henghu Farm,Xinjian 330123,China;8 Schistosomiasis Control Station of Jinxian County,Jinxian 331700,China;9 Nanchang Municipal Office of Schistosomiasis Control,Nanchang 330056,China
  • Received:1900-01-01 Revised:1900-01-01 Online:2009-04-30 Published:2009-04-30

摘要: 目的 建立湖沼型重疫区“无血吸虫感染者学校”健康促进干预模式,并观察其推广应用效果。 方法 试点研究阶段,选择江西省新建县恒湖小学(实验组)和板山小学(对照组)所有在校学生为研究对象,基线调查内容包括血防知识与血防态度和接触疫水行为(问卷调查), 及血吸虫感染情况(用Kato-Katz法, 一粪三检)。在恒湖小学应用“信息传播+防护技能培训+奖惩激励”(模式A, 1993-1999)健康教育干预模式和“信息传播+行为参与+行为激励”(模式B, 2000-2007)健康促进干预模式,干预后每年调查血吸虫感染情况,比较2个模式的干预效果。应用推广阶段,2005-2007年选择新建县、南昌县和进贤县等3县8所学校的所有在校学生为研究对象,应用B模式进行干预。基线调查、干预后的考核方法和指标均同上。 结果 试点研究阶段,基线调查(干预前)的结果显示, 恒湖小学(实验组)和板山小学(对照组)的血防知识知晓率、血防态度正确率、接触疫水频率和血吸虫感染率等,两者比较差异无统计学意义(P>0.05)。恒湖小学A模式干预后1年,血防知识知晓率(94.4%)和血防态度正确率(98.9%)分别与干预前(9.0%和55.1%)相比均有较大的提高,差异均有统计学意义(P<0.01);接触疫水频率(1.9%)和血吸虫感染率(2.3%)分别与干预前(14.6%和13.5%)相比均有较大程度的下降,差异有统计学意义(P<0.01)。干预后2~7年内,每年血吸虫感染者均为1~2例;改用B模式干预后,每年血吸虫感染者均为0。推广应用研究阶段,用模式B在 8所学校实施干预2年,目标人群连续2年均未检出血吸虫感染者。 结论 B模式可推广应用于重度疫区创建“无血吸虫感染者学校”。

关键词: 血吸虫病, 学生, 无血吸虫感染者学校, 健康教育, 健康促进, 干预模式, 应用

Abstract: Objective To establish an intervention model of school health promotion, and apply it in developing “schistosomiasis-free schools”. Methods At the pilot stage, all students of Henghu primary school and Banshan primary school in Xinjian County of Jiangxi Province were selected as experiment group and control group, respectively. A baseline survey covered knowledge and attitude on schistosomiasis control, water contact behaviors and Schistosoma japonium infection rate. Two health promotion intervention models, i.e. “information communication + training of protection skill + reward & punishment” (model A, 1993-1999) and “information communication + behavior participation + encouragement” (model B, 2000-2007), were implemented in Henghu school. The effect of two models was compared by infection rate. At the application stage, all students of 8 schools in Xinjian County,Nanchang County,and Jinxian County were chosen for evaluation of the effectiveness of Model B with same methods and index. Results Before intervention there was no significant statistical difference on the passed rate of anti-schistosomiasis knowledge, correct rate of anti-schistoso-miasis attitude, frequency of infested water exposure and the infection rate between Henghu and Banshan schools(P>0.05). In Henghu school, the intervention showed significant effect on the scores of knowledge and attitude after one year (P<0.01), raised from 9.0% and 55.1% before intervention to 94.4% and 98.9% after intervention, respectively. The frequency of infested water exposure and the infection rate significantly decreased from 14.6% and 13.5% before intervention to 1.9% and 2.3%, respectively (P<0.01). In 2-7 years after intervention, there were only one or two schistosomiasis cases each year. At the application stage, no schistosomasis cases were found among Model B target population in two successive years after intervention. Conclusion The practice of Model B can be extended to other schools in endemic area to develop “schistosomiasis-free schools”.

Key words: Schistosomiasis, Student, Schistosomiasis-free school, Health education, Health promotion