Trivellone Valeria
Illinois Natural History Survey, University of Illinois, Champaign, Illinois, United States of America Illinois Natural History Survey, University of Illinois Champaign, Illinois United States of America.
Biodivers Data J. 2019 Feb 26(7):e32910. doi: 10.3897/BDJ.7.e32910. eCollection 2019.
Phytoplasmas are phloem-limited plant pathogenic bacteria in the class Mollicutes transmitted by sap-feeding insect vectors of the Order Hemiptera. Vectors still have not yet been identified for about half of the 33 known phytoplasma groups and this has greatly hindered efforts to control the spread of diseases affecting important crops. Extensive gaps of knowledge on actual phytoplasma vectors and on the plant disease epidemiology prevent our understanding of the basic underlying biological mechanisms that facilitate interactions between insects, phytoplasmas and their host plants.
This paper presents a complete online database of Hemiptera-Phytoplasma-Plant (HPP) biological interactions worldwide, searchable via an online interface. The raw data are available through Zenodo at https://doi.org/10.5281/zenodo.2532738. The online database search interface was created using the 3I software (Dmitriev 2006) which enhances data usability by providing a customised web interface (http://trivellone.speciesfile.org/) that provides an overview of the recorded biological interactions and ability to discover particular interactions by searching for one or more phytoplasma, insect or plant taxa. The database will facilitate synthesis of all available and relevant data on the observed associations between phytoplasmas and their insect and plant hosts and will provide useful data to generate and test ecological and evolutionary hypotheses.
植原体是柔膜菌纲中局限于韧皮部的植物致病细菌,由半翅目以吸食树液为生的昆虫传播。在已知的33种植原体类群中,约有一半的传毒介体仍未确定,这极大地阻碍了控制影响重要作物的病害传播的努力。关于实际的植原体传毒介体和植物病害流行病学的大量知识空白,使我们无法理解促进昆虫、植原体及其寄主植物之间相互作用的基本生物学机制。
本文提供了一个完整的全球半翅目-植原体-植物(HPP)生物相互作用在线数据库,可通过在线界面进行搜索。原始数据可通过Zenodo获取,网址为https://doi.org/10.5281/zenodo.2532738。在线数据库搜索界面是使用3I软件(Dmitriev,2006年)创建的,该软件通过提供定制的网络界面(http://trivellone.speciesfile.org/)提高了数据的可用性,该界面提供了已记录生物相互作用的概述,并能够通过搜索一种或多种植原体、昆虫或植物分类群来发现特定的相互作用。该数据库将有助于综合有关植原体与其昆虫和植物寄主之间观察到的关联的所有可用和相关数据,并将提供有用的数据来生成和检验生态与进化假说。