Esposito F, Lombardi S, Modiano D, Zavala F, Reeme J, Lamizana L, Coluzzi M, Nussenzweig R S
Dipartimento di Biologia Cellulare, Universitá di Camerino, Italy.
Trans R Soc Trop Med Hyg. 1988;82(6):827-32. doi: 10.1016/0035-9203(88)90007-7.
A study on malaria transmission, prevalence of infection and anti-sporozoite antibodies was carried out in Burkina Faso (West Africa). The prevalence and the levels of antibodies to (NANP)3 were found to be related to the entomological sporozoite inoculation rates measured at the same time in a defined area. The major inducer of anti-(NANP)3 antibody production under field conditions is sporozoite inoculation by infected mosquitoes. Levels of antibodies to (NANP)3 vary considerably with age and transmission season. High levels of anti-(NANP)3 antibodies raised under field conditions might offer protection against small inocula of sporozoites.
在布基纳法索(西非)开展了一项关于疟疾传播、感染率及抗子孢子抗体的研究。研究发现,(NANP)3抗体的流行率和水平与在特定区域同时测得的昆虫学子孢子接种率相关。野外条件下抗(NANP)3抗体产生的主要诱导因素是受感染蚊子的子孢子接种。(NANP)3抗体水平随年龄和传播季节有很大差异。野外条件下产生的高抗(NANP)3抗体水平可能提供针对小子孢子接种量的保护作用。