Department of Environmental Biology, State University of New York College of Environmental Science and Forestry, Syracuse, New York, United States.
Department of Environmental Medicine, University of Rochester Medical Center, Rochester, New York, United States.
Physiology (Bethesda). 2024 Nov 1;39(6):0. doi: 10.1152/physiol.00012.2024. Epub 2024 May 29.
Most studies in comparative immunology involve investigations into the detailed mechanisms of the immune system of a nonmodel organism. Although this approach has been insightful, it has promoted a deep understanding of only a handful of species, thus inhibiting the recognition of broad taxonomic patterns. Here, we call for investigating the immune defenses of numerous species within a pointillist framework, that is, the meticulous, targeted collection of data from dozens of species and investigation of broad patterns of organismal, ecological, and evolutionary forces shaping those patterns. Without understanding basic immunological patterns across species, we are limited in our ability to extrapolate and/or translate our findings to other organisms, including humans. We illustrate this point by focusing predominantly on the biological scaling literature with some integrations of the pace of life literature, as these perspectives have been the most developed within this framework. We also highlight how the more traditional approach in comparative immunology works synergistically with a pointillist approach, with each approach feeding back into the other. We conclude that the pointillist approach promises to illuminate comprehensive theories about the immune system and enhance predictions in a wide variety of domains, including host-parasite dynamics and disease ecology.
大多数比较免疫学研究都涉及对非模式生物免疫系统的详细机制的研究。虽然这种方法具有深刻的见解,但它只促进了对少数几种物种的深入了解,从而抑制了对广泛分类模式的认识。在这里,我们呼吁在点彩主义框架内研究众多物种的免疫防御,即从数十种物种中细致、有针对性地收集数据,并调查塑造这些模式的生物、生态和进化力量的广泛模式。如果我们不了解跨物种的基本免疫学模式,我们就会受到限制,无法将我们的发现推断和/或转化到其他生物体,包括人类。我们通过主要关注生物尺度文献,并结合一些生活节奏文献来阐明这一点,因为这些观点在这个框架内已经得到了最充分的发展。我们还强调了比较免疫学中更传统的方法如何与点彩主义方法协同作用,两种方法相互反馈。我们得出的结论是,点彩主义方法有望阐明关于免疫系统的综合理论,并增强在广泛领域的预测,包括宿主-寄生虫动态和疾病生态学。