Whitaker Vance M, Knapp Steven J, Hardigan Michael A, Edger Patrick P, Slovin Janet P, Bassil Nahla V, Hytönen Timo, Mackenzie Kathryn K, Lee Seonghee, Jung Sook, Main Dorrie, Barbey Christopher R, Verma Sujeet
1University of Florida, Institute of Food and Agricultural Sciences, Gulf Coast Research and Education Center, Wimauma, Florida 33598 USA.
2Department of Plant Sciences, University of California, Davis, CA 95616 USA.
Hortic Res. 2020 Mar 15;7:33. doi: 10.1038/s41438-020-0252-1. eCollection 2020.
The cultivated strawberry ( × ) is an allo-octoploid species, originating nearly 300 years ago from wild progenitors from the Americas. Since that time the strawberry has become the most widely cultivated fruit crop in the world, universally appealing due to its sensory qualities and health benefits. The recent publication of the first high-quality chromosome-scale octoploid strawberry genome (cv. Camarosa) is enabling rapid advances in genetics, stimulating scientific debate and provoking new research questions. In this forward-looking review we propose avenues of research toward new biological insights and applications to agriculture. Among these are the origins of the genome, characterization of genetic variants, and big data approaches to breeding. Key areas of research in molecular biology will include the control of flowering, fruit development, fruit quality, and plant-pathogen interactions. In order to realize this potential as a global community, investments in genome resources must be continually augmented.
栽培草莓(×)是一种异源八倍体物种,大约在300年前起源于美洲的野生祖先。从那时起,草莓已成为世界上种植最广泛的水果作物,因其感官品质和健康益处而受到普遍欢迎。最近首次发表的高质量染色体级八倍体草莓基因组(品种Camarosa)推动了遗传学的快速发展,引发了科学辩论并提出了新的研究问题。在这篇前瞻性综述中,我们提出了有助于获得新生物学见解并应用于农业的研究途径。其中包括基因组的起源、遗传变异的表征以及育种的大数据方法。分子生物学的关键研究领域将包括开花控制、果实发育、果实品质和植物与病原体的相互作用。为了作为一个全球共同体实现这一潜力,必须不断增加对基因组资源的投资。