Bilder David, Irvine Kenneth D
Department of Molecular and Cell Biology, University of California-Berkeley, California 94720
Waksman Institute, Rutgers University, Piscataway, New Jersey 08854
Genetics. 2017 Jul;206(3):1227-1236. doi: 10.1534/genetics.117.202390.
With a century-old history of fundamental discoveries, the fruit fly has long been a favored experimental organism for a wide range of scientific inquiries. But is not a "legacy" model organism; technical and intellectual innovations continue to revitalize fly research and drive advances in our understanding of conserved mechanisms of animal biology. Here, we provide an overview of this "ecosystem" and discuss how to address emerging challenges to ensure its continued productivity. researchers are fortunate to have a sophisticated and ever-growing toolkit for the analysis of gene function. Access to these tools depends upon continued support for both physical and informational resources. Uncertainty regarding stable support for bioinformatic databases is a particular concern, at a time when there is the need to make the vast knowledge of functional biology provided by this model animal accessible to scientists studying other organisms. Communication and advocacy efforts will promote appreciation of the value of the fly in delivering biomedically important insights. Well-tended traditions of large-scale tool development, open sharing of reagents, and community engagement provide a strong basis for coordinated and proactive initiatives to improve the fly research ecosystem. Overall, there has never been a better time to be a fly pusher.
果蝇有着长达一个世纪的基础发现历史,长期以来一直是广泛科学探究中备受青睐的实验生物。但它并非“传统”模式生物;技术和知识创新不断为果蝇研究注入活力,并推动我们在理解动物生物学保守机制方面取得进展。在此,我们概述这个“生态系统”,并讨论如何应对新出现的挑战以确保其持续产出。研究人员有幸拥有一套复杂且不断发展的基因功能分析工具包。获取这些工具依赖于对物理和信息资源的持续支持。在需要让研究其他生物的科学家能够获取这种模式动物所提供的大量功能生物学知识之际,对生物信息数据库稳定支持的不确定性尤其令人担忧。沟通和宣传工作将增进人们对果蝇在提供具有生物医学重要意义的见解方面价值的认识。大规模工具开发、试剂的开放共享以及社区参与等良好传统,为改善果蝇研究生态系统的协调且积极主动的举措提供了坚实基础。总体而言,现在是成为果蝇研究者的最佳时机。