Lumsden W H
Bull World Health Organ. 1967;37(2):165-75.
It was thought timely, in view of the increasingly close association between immunology and parasitology, to attempt a synthesis of research on trypanosomiasis immunology-research which may be expected both to lead to the solution of practical problems in this disease and to provide models for the study of basic immunological problems.The author's discussion is based on four main applications of immunological knowledge: for diagnosis, for immunization of hosts, for explanation of pathological effects, and as a contribution to the understanding of cell function. Stress is laid on the importance of determining the range and extent of antigenic variation in trypanosome material, whether with a view to the development of reliable diagnostic tests (although quantitative estimation of IgM in serum and cerebrospinal fluid is a useful diagnostic tool circumventing the difficulties caused by antigenic variation during an infection) or for assessment of the possibility of developing antitrypanosomal vaccines. Emphasis is also placed, inter alia, on the need for standardization and determination of the purity of stabilate material exchanged between research laboratories.
鉴于免疫学与寄生虫学之间的联系日益紧密,人们认为适时尝试对锥虫病免疫学研究进行综合——这一研究有望解决该疾病的实际问题,并为基础免疫学问题的研究提供模型。作者的讨论基于免疫学知识的四个主要应用:用于诊断、用于宿主免疫、用于解释病理效应以及有助于理解细胞功能。文中强调了确定锥虫材料中抗原变异范围和程度的重要性,这无论是为了开发可靠的诊断测试(尽管定量检测血清和脑脊液中的IgM是一种有用的诊断工具,可规避感染期间抗原变异造成的困难),还是为了评估开发抗锥虫疫苗的可能性。此外,还特别强调了研究实验室之间交换的稳定材料标准化和纯度测定的必要性。