Lybecker Meghan C, Samuels D Scott
University of Colorado Colorado Springs, Department of Biology, Colorado Springs, CO.
University of Montana, Division of Biological Sciences, Missoula, MT.
Yale J Biol Med. 2017 Jun 23;90(2):317-323. eCollection 2017 Jun.
() and closely related genospecies are the causative agents of Lyme disease, the most common tick-borne disease north of the equator. The bacterium, a member of the spirochete phylum, is acquired by a tick vector that feeds on an infected vertebrate host and is transmitted to another vertebrate during subsequent feeding by the next tick stage. The precise navigation of this enzootic cycle entails the regulation of genes required for these two host-specific phases as well as the transitions between them. Recently, an expansive swath of small RNAs has been identified in and likely many, if not most, are involved in regulating gene expression. Regardless, with only a few exceptions, the functions of these RNAs are completely unknown. However, several state-of-the-art approaches are available to identify the targets of these RNAs and provide insight into their role in the enzootic cycle and infection.
()及密切相关的基因种是莱姆病的病原体,莱姆病是赤道以北最常见的蜱传疾病。这种细菌属于螺旋体门,通过以受感染的脊椎动物宿主为食的蜱虫媒介获取,并在蜱虫的下一阶段后续进食时传播给另一只脊椎动物。这种生态循环的精确导航需要调控这两个宿主特异性阶段以及它们之间转换所需的基因。最近,在()中发现了大量的小RNA,而且很可能许多(如果不是大多数的话)都参与了基因表达的调控。无论如何,除了少数例外,这些RNA的功能完全未知。然而,有几种先进的方法可用于识别这些RNA的靶标,并深入了解它们在生态循环和感染中的作用。