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Review Article Other versions: (Verbatim name) ID (Catalog Number) Invalid DOI was provided, please try again ContentsContents Article InfoArticle Info CiteCite MetricsMetrics CommentComment RelatedRelated FigsFigs TabsTabs TaxaTaxa RefsRefs CitedCited Article title Abstract Key words Introduction Cellular and molecular dynamics of AM symbiosis with plants Root exudates and elicitor release in AM symbiosis AM root colonization: invasion and hyphopodia formation Arbuscule formation Arbuscule senescence Vesicle and spore formation and nutrient transport in AM symbiosis Hormonal regulation of AM symbiosis through integrative signaling mechanisms and stress adaptation Strigolactones (SLs): Dual roles in symbiosis and root architecture Cytokinins (CKs): Coordinating root development and mycorrhizal symbiosis Auxins (AUX): Shaping root morphology for Mycorrhizal colonization Brassinosteroids (BRs): Integrating growth and symbiotic functions Salicylic Acid (SA): Influence on AM symbiosis through stress regulation Gibberellins (GAs): Regulation of fungal colonization and arbuscule formation Ethylene: A key negative regulator of AM symbiosis Jasmonic Acid (JA): Modulating mycorrhizal interactions and plant defense Abscisic Acid (ABA): Enhancing symbiotic efficiency and stress tolerance Nitric Oxide (NO) and Karrikins (KARs): Modulating stress responses and AM symbiosis Role of AM in enhancing soil health and fertility Chemical enhancements and nutrient cycling Physical properties and soil structure Biological properties and microbial diversity Enzymatic contributions to soil fertility AM and environmental sustainability Role of AM in enhancing nutrient availability and uptake Mechanisms of abiotic stress tolerance and crop yield and quality improvements mediated by AM Modulation of antioxidant defense systems Improved water use efficiency and abiotic tolerance AM mediated enhanced soil detoxification Crop yield improvement mediated by AM AM effect on crop quality attributes Impact of environmental stressors on AM colonization and functionality Challenges in optimizing AM inoculation techniques for enhancing plant resilience and productivity AM species diversity Host plant specificity and compatibility Optimization of application timing Interplay of AM with environmental and soil factors Application methods Potential downsides of AM use Challenges in AM application across diverse crops, soil conditions, and climates Conclusion and future perspectives Acknowledgements Additional information Conflict of interest Ethical statement Adherence to national and international regulations Funding Author contributions Author ORCIDs Data availability References Subscribe to email alerts for current Article's categories

For general skin anti-aging, systemic subcutaneous injection at 1 to 2 mg/day combined with topical application achieves the best tissue-level collagen response

Organic Cation Transporter Octn1-Mediated Uptake of Food-Derived Antioxidant Ergothioneine into Infiltrating Macrophages during Intestinal Inflammation in Mice

The biopsied tissue can be examined to determine the degree of change

Desmeules JA, et al