Graduate School of Science, Nagoya University, Nagoya 464-8602, Japan.
Institute of Transformative Bio-Molecules (WPI-ITbM), Nagoya University, Nagoya 464-8601, Japan.
Database (Oxford). 2024 Aug 28;2024. doi: 10.1093/database/baae086.
Acoustic communication plays an important role during the courtship of many mosquito species. Male mosquitoes show strong attraction to female wing beat frequencies, mediated via spectral matching between female wing beat frequency and male ear mechanical tuning frequency. Such acoustic communication typically occurs within swarms, male-dominated aggregations with species-specific properties. Despite hundreds of relevant publications being available, the lack of a central platform hosting all associated data hinders research efforts and limits cross-species comparisons. Here, we introduce MACSFeD (Mosquito Acoustic Communication and Swarming Features Database), an interactive platform for the exploration of our comprehensive database containing 251 unique reports focusing on different aspects of mosquito acoustic communication, including hearing function, wing beat frequency and phonotaxis, as well as male swarming parameters. MACSFeD serves as an easily accessible, efficient, and robust data visualization tool for mosquito acoustic communication research. We envision that further in-depth studies could arise following the use of this new platform. Database URL: https://minmatt.shinyapps.io/MACSFeD/.
声学通讯在许多蚊子物种的求偶过程中起着重要作用。雄性蚊子对雌性翅膀拍打频率表现出强烈的吸引力,这种吸引力是通过雌性翅膀拍打频率与雄性耳朵机械调谐频率之间的光谱匹配来介导的。这种声学通讯通常发生在群体中,即雄性主导的聚集,具有特定物种的特征。尽管有数百篇相关的出版物,但缺乏一个集中的平台来托管所有相关数据,这阻碍了研究工作,并限制了跨物种的比较。在这里,我们介绍了 MACSFeD(蚊子声学通讯和群集特征数据库),这是一个交互式平台,用于探索我们的综合数据库,该数据库包含 251 个独特的报告,重点关注蚊子声学通讯的不同方面,包括听力功能、翅膀拍打频率和声向性,以及雄性群集参数。MACSFeD 是一个易于访问、高效和强大的蚊子声学通讯研究数据可视化工具。我们设想,在使用这个新平台之后,可能会出现进一步的深入研究。数据库网址:https://minmatt.shinyapps.io/MACSFeD/。