den Boon S, Schellekens J F, Schouls L M, Suijkerbuijk A W, Docters van Leeuwen B, van Pelt W
Centrum voor Infectieziekten Epidemiologie, Rijksinstituut voor Volksgezondheid en Milieu, Postbus 1, 3720 BA Bilthoven.
Ned Tijdschr Geneeskd. 2004 Apr 3;148(14):665-70.
To obtain detailed information about the current geographical distribution and incidence of tick bites and Lyme borreliosis in the Netherlands and to identify regional differences in the ecological risk factors that might be involved.
Retrospective questionnaire study.
All Dutch general practitioner's (GP) practices.
In April 2002, all GPs in the Netherlands were asked to complete a short questionnaire on the number of cases of tick bites and erythema migrans seen in 2001 and the size of their practice. Associations with possible risk factors were determined at the municipal level. Results were compared with the results of a similar study done in 1995.
The response of the GPs was 64.5% (4730/7330). Together, all GPs reported seeing approximately 61,000 patients in 2001 with tick bites and 12,000 patients with erythema migrans. The incidence of erythema migrans was estimated at 73 per 100,000 inhabitants. There were obvious risk areas. At the municipal level, tick bites and erythema migrans were positively associated with the area covered by forest, sandy soil, the number of roe deer and tourism. There was a negative association with the degree of urbanisation. Increases in tourism in areas with many ticks, new forests in urban regions and an increased number of horses were positively associated with the increase in tick bites and erythema migrans since 1994.
The number of patients with tick bites and erythema migrans seen by GPs in the Netherlands had doubled between 1994 and 2001. This increase may be attributed partly to changes in ecological risk factors and human behaviour. The number of cases of Lyme borreliosis may be reduced by giving prophylactic information annually about ticks and ways to remove them, plus additional education of patients about the recognition of erythema migrans.
获取荷兰蜱叮咬和莱姆病当前的地理分布及发病率的详细信息,并确定可能涉及的生态风险因素的区域差异。
回顾性问卷调查研究。
荷兰所有全科医生诊所。
2002年4月,要求荷兰所有全科医生填写一份简短问卷,内容包括2001年所见蜱叮咬病例数、游走性红斑病例数以及其诊所规模。在市级层面确定与可能风险因素的关联。将结果与1995年进行的类似研究结果进行比较。
全科医生的回复率为64.5%(4730/7330)。所有全科医生共报告称,2001年约有61000例蜱叮咬患者和12000例游走性红斑患者。游走性红斑的发病率估计为每10万居民中有73例。存在明显的风险区域。在市级层面,蜱叮咬和游走性红斑与森林覆盖面积、沙质土壤、狍子数量和旅游业呈正相关。与城市化程度呈负相关。自1994年以来,蜱虫较多地区旅游业的增长、城市地区新森林的出现以及马匹数量的增加与蜱叮咬和游走性红斑病例数的增加呈正相关。
1994年至2001年间,荷兰全科医生所见蜱叮咬和游走性红斑患者数量增加了一倍。这种增加可能部分归因于生态风险因素和人类行为的变化。通过每年提供有关蜱虫及其清除方法的预防信息,以及对患者进行关于游走性红斑识别的额外教育,莱姆病病例数可能会减少。