MacCormack C P
Bull World Health Organ. 1984;62 Suppl(Suppl):81-7.
Since about 250 BC, human modification of African environments has created increasingly favourable breeding conditions for Anopheles gambiae. Subsequent adaptations to the increased malaria risk are briefly described and reference is made to Macdonald's mathematical model for the disease. Since values for the variables in that model are high in tropical Africa, there is little possibility that simple, inexpensive, self-help primary health care initiatives can control malaria in the region. However, in combination with more substantial public health initiatives, simple primary health care activities might be done by communities to (1) prevent mosquitos from feeding on people, (2) prevent or reduce mosquito breeding, (3) destroy adult mosquitos, and (4) eliminate malaria parasites from human hosts. Lay methods of protection and self-care are examined and some topics for further research are indicated. Culturally appropriate health education methods are also suggested.
自公元前250年左右以来,人类对非洲环境的改造为冈比亚按蚊创造了越来越有利的繁殖条件。随后对疟疾风险增加的适应性变化进行了简要描述,并提及了麦克唐纳针对该疾病的数学模型。由于该模型中变量的值在热带非洲很高,简单、廉价的自助式初级卫生保健举措几乎不可能控制该地区的疟疾。然而,与更重大的公共卫生举措相结合,社区可以开展简单的初级卫生保健活动,以(1)防止蚊子叮咬人,(2)预防或减少蚊子繁殖,(3)消灭成年蚊子,以及(4)消除人类宿主中的疟原虫。研究了日常保护和自我护理方法,并指出了一些进一步研究的课题。还提出了符合文化习惯的健康教育方法。