(-)-Pyrenophorol (CAS 22248-41-5)

(−)-Pyrenophorol, a sesquiterpene alcohol isolated from fungal sources, has been a subject of scientific interest in various fields, including natural product chemistry, agricultural biology, and environmental science. Its mechanism of action involves its bioactivity as a phytotoxin, affecting plant growth and development. Researchers have utilized (−)-Pyrenophorol as a tool to study plant-fungal interactions, specifically its role in fungal pathogenesis and plant disease development. Studies have focused on elucidating the molecular mechanisms underlying (−)-Pyrenophorol′s phytotoxic effects, including its impact on plant hormone signaling pathways, gene expression regulation, and cellular processes related to plant defense responses. Furthermore, (−)-Pyrenophorol has been employed in research exploring its potential as a lead compound for the development of novel biopesticides or plant growth regulators with agricultural applications. Additionally, its ecological significance has been investigated in studies examining its role in fungal ecology, host-pathogen dynamics, and ecosystem functioning. Beyond agricultural research, (−)-Pyrenophorol has found applications in environmental science as a tool to investigate the ecological consequences of fungal secondary metabolites on plant communities and soil microbiota. With its diverse range of biological activities and ecological implications, (−)-Pyrenophorol remains a valuable asset in scientific investigations aimed at understanding fungal biology, plant-pathogen interactions, and developing sustainable solutions for agriculture and environmental management.