Current Research Trends of Wheat Transformation and Biotechnology

Jae-Ryeong Sim, Sewon Kim, Su-Bin Lee, Beom-Gi Kim, S. Lee, Jong-Yeol Lee
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Abstract

Wheat is one of the world's top three crops and is an important staple crop, accounting for 20% of the nutrient calories consumed by the world’s population. However, due to its complex heterogeneous hexaploid chromosomes and vast genome of approximately 16 Gb, compared to those of other crops, molecular biology and biotechnology studies on wheat are lacking. In recent years, wheat genome analysis has been performed using the latest next-generation sequencing technology so that useful genes can be easily obtained, and wheat biotechnology research is accelerating in various fields. In this review, wheat transformation, an indispensable technique for developing new functional biotech wheat by revealing the function of wheat genes, is described in detail. In addition, the latest research results for overcoming plant diseases, abiotic stresses, and wheat-related diseases that are difficult to solve by classical breeding through wheat transformation and biotechnology are described.
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小麦转化与生物技术研究进展
小麦是世界三大作物之一,是重要的主粮作物,占世界人口营养热量消耗的20%。然而,由于其复杂的异质六倍体染色体和庞大的约16gb基因组,与其他作物相比,小麦的分子生物学和生物技术研究缺乏。近年来,利用最新的新一代测序技术对小麦进行基因组分析,使有用基因的获取变得更加容易,小麦生物技术在各个领域的研究正在加速。本文详细介绍了通过揭示小麦基因功能来开发新型功能转基因小麦的一项重要技术——小麦转化。此外,还介绍了利用小麦转化和生物技术克服传统育种难以解决的植物病害、非生物胁迫和小麦相关病害的最新研究成果。
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