Giraldo Acosta Manuela, Cano Antonio, Hernández-Ruiz Josefa, Arnao Marino Bañón
Department of Plant Biology (Plant Physiology), Faculty of Biology, University of Murcia, 30100 Murcia, Spain.
Plants (Basel). 2022 Mar 27;11(7):890. doi: 10.3390/plants11070890.
Melatonin is a well-known animal hormone with relevant and multiple cellular and hormonal roles. Its discovery in plants in 1995 has led to a great diversity of molecular and physiological studies that have been showing its multiple actions also in plants. Its roles as a biostimulator and modulator agent of responses to abiotic and biotic stresses have been widely studied. This review raises the possible use of melatonin as a natural safener in herbicide treatments. Existing studies have shown excellent co-acting qualities between both the following agents: herbicide and melatonin. The presence of melatonin reduces the damage caused by the herbicide in the crop and enhances the stress antioxidant response of plants. In this area, a similar role is suggested in the co-action between fungicides and melatonin, where a synergistic response has been demonstrated in some cases. The possible reduction in the fungicide doses is proposed as an eco-friendly advance in the use of these pesticides in certain crops. Finally, future research and applied actions of melatonin on these pest control agents are suggested.
褪黑素是一种广为人知的动物激素,具有多种相关的细胞和激素作用。1995年在植物中发现褪黑素后,引发了大量分子和生理学研究,这些研究也表明它在植物中具有多种作用。其作为生物刺激剂和非生物及生物胁迫反应调节剂的作用已得到广泛研究。本综述提出了褪黑素在除草剂处理中作为天然安全剂的可能用途。现有研究表明,除草剂和褪黑素这两种药剂具有出色的协同作用。褪黑素的存在减少了除草剂对作物造成的损害,并增强了植物的应激抗氧化反应。在这方面,有人认为杀菌剂和褪黑素之间的协同作用也有类似作用,在某些情况下已证明存在协同反应。建议减少杀菌剂剂量,作为在某些作物中使用这些农药的一种环保进展。最后,还提出了褪黑素在这些害虫防治剂方面未来的研究和应用行动。