Gore J Chad, Schal Coby
Department of Entomology, North Carolina State University, Raleigh, North Carolina 27695-7613, USA.
Annu Rev Entomol. 2007;52:439-63. doi: 10.1146/annurev.ento.52.110405.091313.
For nearly a half century, cockroaches have been recognized as a major cause of asthma morbidity in the urban, inner-city environment. Several cockroach-produced allergens have been identified and characterized, and a few have been produced as recombinant proteins. Recent research has moved beyond clinical, patient-based investigations to a more entomological perspective that addresses the production, physiological regulation, and developmental expression of cockroach allergens, thus providing insight into their functional biology and their relationship to current cockroach control strategies. Although successful removal of cockroach allergens from the infested environment has been difficult to accomplish with remedial sanitation, large-scale reductions in cockroach allergens below clinically relevant thresholds have recently been realized through suppression of cockroach populations. Here we review the current understanding of cockroach allergen biology and the demographics associated with human exposure and sensitization. We also critically evaluate allergen mitigation studies from an entomological perspective, highlighting disparities between successful and failed attempts to lessen the cockroach allergen burden in homes.
近半个世纪以来,蟑螂一直被认为是城市内城环境中哮喘发病的主要原因。几种由蟑螂产生的过敏原已被鉴定和表征,其中一些已被制成重组蛋白。最近的研究已从基于临床患者的调查转向更具昆虫学视角的研究,该视角涉及蟑螂过敏原的产生、生理调节和发育表达,从而深入了解其功能生物学以及它们与当前蟑螂控制策略的关系。尽管通过补救性卫生措施很难成功地从受蟑螂侵扰的环境中去除过敏原,但最近通过抑制蟑螂种群数量,已实现将蟑螂过敏原大幅降低至临床相关阈值以下。在此,我们综述了目前对蟑螂过敏原生物学以及与人类接触和致敏相关的人口统计学的理解。我们还从昆虫学角度批判性地评估了过敏原缓解研究,强调了在减轻家庭中蟑螂过敏原负担的成功与失败尝试之间的差异。