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식물 특이적 NAC 전사인자의 작용기전 중 식물 노화 단백질 ORE1의 구조적 연구 [Plant Commun.]
   2023년 5월 12일 (금) 오전 10시 (한국시간)
   전인섭 (포항공과대학교)
세미나 개요
ORE1 (Arabidopsis thaliana NAC092) is a master regulator of senescence that belongs to the plant-specific NAC transcription factor protein family. ORE1 has been reported to bind to multiple DNA targets to orchestrate leaf senescence, yet the mechanistic basis for recognition of the cognate gene sequence remains unclear. Here, we report the crystal structure of the ORE1–NAC domain alone and its DNA-binding form. The structure of DNA-bound ORE1–NAC revealed the molecular basis for nucleobase recognition and phosphate backbone interactions. We show that local versatility in the DNA-binding site, in
combination with domain flexibility of the ORE–NAC homodimer, is crucial for the maintenance of binding to intrinsically flexible DNA. Our results provide a platform for understanding other plant-specific NAC protein– DNA interactions as well as insight into the structural basis of NAC regulators in plants of agronomic and scientific importance.

NAC transcription factor, crystal structure, DNA complex, senescence regulator
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Structural basis of DNA binding by the NAC transcription factor ORE1, a master regulator of plant senescence
Plant Commun., 2022 Dec 23;100510 |
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