Iyengar S D, Grover A, Kumar R, Ganguly N K, Anand I S, Wahi P L
Department of Community Medicine, Postgraduate Institute of Medical Education and Research, Chandigarh 160012, India.
Department of Cardiology, Postgraduate Institute of Medical Education and Research, Chandigarh 160012, India.
Natl Med J India. 1991 Nov-Dec;4(6):268-271.
This study was conducted in a rural community of north India to evaluate a rheumatic fever and rheumatic heart disease control programme which used the existing health and educational infrastructure.
A health education campaign was launched in a rural community block (population 140 000) with a similar non-contiguous block (population 180 000) serving as a control. In the intervention block, 74 primary health workers, 773 teachers and 12 500 students were trained to suspect the disease. Twelve medical officers in four health centres registered patients, who were put on secondary prophylaxis with penicillin or sulphonamide, and monitored their compliance. All the cases were examined by a cardiologist to confirm the diagnosis; if the diagnosis was not confirmed secondary prophylaxis was stopped.
In the two years preceding intervention, 13 cases (case detection rate 3.6/100 000 population/year) were detected from the health centre records in the control and 22 (7.8/100 000/year) from the intervention block. During the two years of study 16 new cases (4.4/100 000/year) were registered in the control block whereas 254 suspected cases of rheumatic fever and rheumatic heart disease were referred to medical officers in the intervention block. Of these, 77 new cases (27.5/100 000/year) were registered, of which 61 (79%) were subsequently confirmed to have the disease- 48 had chronic rheumatic disease and 13 their first attack of acute rheumatic fever. Secondary prophylaxis in the form of penicillin or sulphonamide was instituted in these patients with a compliance of 85% to 95%.
In developing countries, it is possible to successfully apply a secondary prevention programme for the early detection of rheumatic fever and rheumatic heart disease using existing primary health care auxiliaries, school teachers and pupils at an affordable additional cost.
本研究在印度北部的一个农村社区开展,旨在评估一项利用现有卫生和教育基础设施的风湿热及风湿性心脏病控制项目。
在一个农村社区街区(人口14万)发起了一场健康教育活动,以一个类似的不相邻街区(人口18万)作为对照。在干预街区,对74名初级卫生工作者、773名教师和12500名学生进行了培训,使其能够怀疑该疾病。四个健康中心的12名医务人员对患者进行登记,这些患者接受青霉素或磺胺类药物的二级预防,并监测其依从性。所有病例均由心脏病专家进行检查以确诊;若未确诊,则停止二级预防。
在干预前的两年中,对照街区的健康中心记录中检测到13例(病例检出率为3.6/10万人口/年),干预街区检测到22例(7.8/10万/年)。在研究的两年中,对照街区登记了16例新病例(4.4/10万/年),而干预街区有254例疑似风湿热和风湿性心脏病病例被转诊给医务人员。其中,登记了77例新病例(27.5/10万/年),其中61例(79%)随后被确诊患有该病——48例患有慢性风湿性疾病,13例首次发作急性风湿热。这些患者采用青霉素或磺胺类药物进行二级预防,依从率为85%至95%。
在发展中国家,利用现有的初级卫生保健辅助人员、学校教师和学生,以可承受的额外成本成功实施一项用于早期发现风湿热和风湿性心脏病的二级预防项目是可行的。