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CRISPR technology has reshaped plant genetic modification by facilitating targeted and effective changes in defined DNA segments. Wheat, a globally vital staple crop, is expected to gain substantially from these advancements, especially through enhanced productivity, greater tolerance to environmental stresses, and improved nutritional value. This chapter offers a holistic summary of ongoing advancements and cutting-edge implementations of CRISPR-based genome editing in wheat. The chapter elaborates on recent technological progress, experimental strategies, and real-world implementations of CRISPR tools in the context of wheat genetic enhancement. Furthermore, the chapter addresses key obstacles and constraints linked to CRISPR applications and examines existing regulatory frameworks and ethical implications. Lastly, we highlight emerging directions and anticipated innovations in CRISPR research that may accelerate the genetic advancement of wheat.

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An Outlook of CRISPR-Mediated Gene Editing in Wheat

  • 章节

  • 发表日期：

    2026年

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  • Veysel Süzerer,
  • Selin Gül Ünsal,
  • Engin Tilkat

摘要

CRISPR technology has reshaped plant genetic modification by facilitating targeted and effective changes in defined DNA segments. Wheat, a globally vital staple crop, is expected to gain substantially from these advancements, especially through enhanced productivity, greater tolerance to environmental stresses, and improved nutritional value. This chapter offers a holistic summary of ongoing advancements and cutting-edge implementations of CRISPR-based genome editing in wheat. The chapter elaborates on recent technological progress, experimental strategies, and real-world implementations of CRISPR tools in the context of wheat genetic enhancement. Furthermore, the chapter addresses key obstacles and constraints linked to CRISPR applications and examines existing regulatory frameworks and ethical implications. Lastly, we highlight emerging directions and anticipated innovations in CRISPR research that may accelerate the genetic advancement of wheat.