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Determining the Effects of LFHV-PEF Treatment on the Water Distribution and Vigor of Aged Rice Seeds Using LF-NMR

International Journal of Agricultural and Biological Engineering(2022)SCI 2区

Shenyang Agr Univ | Suqian Univ

Cited 2|Views11
Abstract
This study aimed to investigate the effect of low-frequency high-voltage pulsed electric field (LFHV-PEF) treatment on the germination of aged rice seeds. Aged rice seeds were subjected to LFHV-PEF treatment with different electric field strengths, and low-field nuclear magnetic resonance (LF-NMR) was performed to acquire the LF-NMR data of rice seeds at different germination periods during a standard seed germination test to analyze their internal patterns of water state and distribution. Optimal treatment conditions were determined based on the physicochemical data collected during germination, and the improvements in seed vigor were verified. The findings indicated that during germination, the contents of bound and semi-bound water within the aged rice seeds initially increased and then decreased, whereas free water and total water contents increased continuously and rapidly. Side peaks were also observed within the seeds. Under the LFHV-PEF treatment, the semi-bound water within the seeds was more easily converted to free water, and the water absorption rate, germination potential, germination rate, germination index, and vigor index of these seeds improved. Further, the optimal electrical field strength was 12 kV. By analyzing the internal patterns of water state and distribution in seeds, the mechanism by which electric field treatment improved seed vigor was elucidated, thus, providing theoretical support and data evidence for research on water absorption during the germination of rice seeds, and methods for improving seed vigor.
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aged rice seeds,germination,water phase,seed vigor,LF-NMR,LFHV-PEF
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要点】:本研究探讨了低频高电压脉冲电场(LFHV-PEF)处理对老化水稻种子萌发的影响,揭示了电场处理提升种子活力的机制。

方法】:通过低场核磁共振(LF-NMR)技术分析不同电场强度下老化水稻种子在不同萌发时期的水分状态和分布。

实验】:采用不同电场强度的LFHV-PEF处理老化水稻种子,使用LF-NMR技术获取种子在不同萌发期的LF-NMR数据,确定最优处理条件,并验证种子活力的提升,实验使用的数据集为标准种子萌发测试中的数据,结果表明电场处理可改善种子的水分吸收率和萌发指标,最优电场强度为12 kV。