The application of metabolomics in plant-microbe research has also contributed to the development of more sustainable agricultural practices by identifying metabolic markers associated with plant growth promotion, nutrient acquisition, and disease resistance . This knowledge can be leveraged to develop innovative strategies, such as the use of beneficial microbes or the manipulation of plant metabolic pathways, to enhance crop productivity and resilience . Metabolomics also has the potential to revolutionize agriculture by providing new tools and strategies for improving crop productivity and resilience . However, translating metabolomics findings into practical agricultural applications remains a challenge . Future efforts should focus on developing metabolomics-based approaches for crop improvement, such as marker-assisted breeding, metabolic engineering, and precision agriculture . For example, metabolomics could be used to identify metabolic markers associated with desirable traits, such as disease resistance and stress tolerance, which could then be used to guide breeding programs .