Department of Anatomy and Physiology, College of Veterinary Medicine, Kansas State University, Manhattan, KS 66506, USA.
Pathogens. 2014 Dec 29;4(1):1-19. doi: 10.3390/pathogens4010001.
Ecological immunology (or ecoimmunology) is a new discipline in animal health and immunology that extends immunologists' views into a natural context where animals and humans have co-evolved. Antibiotic resistance and tolerance (ART) in bacteria are manifested in antibiosis-surviving subsets of resisters and persisters. ART has emerged though natural evolutionary consequences enriched by human nosocomial and agricultural practices, in particular, wide use of antibiotics that overwhelms other ecological and immunological interactions. Most previous reviews of antibiotic resistance focus on resisters but overlook persisters, although both are fundamental to bacteria survival through antibiosis. Here, we discuss resisters and persisters together to contrast the distinct ecological responses of persisters during antibiotic stress and propose different regimens to eradicate persisters. Our intention is not only to provide an ecoimmunological interpretation, but also to use an ecoimmunological system to categorize available alternatives and promote the discovery of prospective approaches to relieve ART problems within the general scope of improving animal health. Thus, we will categorize available alternatives to antibiotics and envision applications of ecoimmunological tenets to promote related studies in animal production.
生态免疫学(或生态免疫)是动物健康和免疫学的一个新学科,它将免疫学家的观点扩展到了一个自然环境中,在这个环境中,动物和人类是共同进化的。抗生素耐药性和耐受性(ART)在细菌中表现为抗生素存活的耐药亚群和持久菌。ART 是通过自然进化的结果而出现的,人类医院和农业实践,特别是抗生素的广泛使用,增强了这些结果,从而使其他生态和免疫相互作用受到了抑制。以前大多数关于抗生素耐药性的综述都集中在耐药菌上,但忽略了持久菌,尽管这两者都是细菌通过抗生素存活的基础。在这里,我们将耐药菌和持久菌一起讨论,以对比持久菌在抗生素应激期间的不同生态反应,并提出不同的方案来消灭持久菌。我们的目的不仅是提供一种生态免疫学解释,而且还要使用生态免疫学系统对现有替代方案进行分类,并促进发现有前景的方法,以缓解一般范围内的 ART 问题,从而改善动物健康。因此,我们将对抗生素的替代方案进行分类,并设想将生态免疫学原理应用于促进动物生产中相关研究。