Malacrinò Antonino
Department of Physics, Chemistry and Biology (IFM), Linköping University, 58183 Linköping, Sweden.
Biology (Basel). 2018 Nov 27;7(4):50. doi: 10.3390/biology7040050.
Microorganisms are able to influence several aspects of insects' life, and this statement is gaining increasing strength, as research demonstrates it daily. At the same time, new sequencing technologies are now available at a lower cost per base, and bioinformatic procedures are becoming more user-friendly. This is triggering a huge effort in studying the microbial diversity associated to insects, and especially to economically important insect pests. The importance of the microbiome has been widely acknowledged for a wide range of animals, and also for insects this topic is gaining considerable importance. In addition to bacterial-associates, the insect-associated fungal communities are also gaining attention, especially those including plant pathogens. The use of meta-omics tools is not restricted to the description of the microbial world, but it can be also used in bio-surveillance, food safety assessment, or even to bring novelties to the industry. This mini-review aims to give a wide overview of how meta-omics tools are fostering advances in research on insect-microorganism interactions.
微生物能够影响昆虫生活的多个方面,而且随着研究日益证明这一点,这种说法越来越有说服力。与此同时,新的测序技术现在每碱基成本更低,生物信息学程序也变得更加用户友好。这引发了对研究与昆虫尤其是经济上重要的害虫相关的微生物多样性的巨大努力。微生物组的重要性已在广泛的动物中得到广泛认可,对于昆虫来说,这个话题也变得相当重要。除了细菌共生体,与昆虫相关的真菌群落也越来越受到关注,尤其是那些包括植物病原体的群落。元组学工具的使用不仅限于描述微生物世界,还可用于生物监测、食品安全评估,甚至为该行业带来新事物。本综述旨在全面概述元组学工具如何推动昆虫与微生物相互作用研究的进展。