茄子生产过程中对超低温反应的研究进展

Flavien Shimira, H. Taşkın
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引用次数: 1

摘要

冷胁迫对茄子生长有不利影响,是茄子产量的限制因素。温带地区早春栽培普遍存在低温,低温对茄子的生长发育有不利影响。低于茄子最佳生长温度(22-30摄氏度)的温度被认为是低的,不利于茄子的生长发育。在这篇综述中,我们描述了茄子在不同尺度上对中低温和低温的反应。我们收集了目前对茄子生理、细胞对冷胁迫的反应以及冷胁迫下的转录调控的认识。随后,我们还强调了遗传和分子证据,特别是冷反应基因在增强茄子抗寒性中的作用。最后,我们介绍了矿物质营养素和有益微生物在缓解茄子根系冷胁迫后果中的作用。农艺管理措施,如使用AMF品种,可以减轻低温的不利影响,并在寒冷胁迫下提高高产作物品种
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Current Progress on the Responses of Eggplant to Ultra-Low Temperatures during Production
Cold stress has an adverse effect on eggplant growth and is a yield-limiting factor. Low temperatures are prevalent during early spring cultivation in temperate climates, and they have a negative impact on eggplant growth and development. Temperatures below the eggplant’s optimum growth temperature (22-30ºC) are considered low and detrimental to growth and development. In this review, we described how eggplants respond to moderately low and cold temperatures at different scales. We compiled literature on the current understanding of physiological, cellular responses to cold stress in eggplant as well as the transcriptional regulation during cold stress. Subsequently, we also highlight the genetic and molecular evidence, particularly the function of cold-responsive genes in strengthening cold tolerance in eggplant. Lastly, we covered the role of mineral nutrients and useful microorganisms in alleviating the consequences of cold stress in eggplant roots. Agronomic management practices such as the use of AMF species may mitigate the detrimental effects of low temperature and the enhancement of crop varieties with high yield throughout cold stress
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