plant-chemistry
Plant chemistry encompasses the study of the diverse array of chemical compounds synthesized by plants, including primary metabolites essential for growth and secondary metabolites such as alkaloids, terpenes, and phenolics. Understanding these biochemical pathways is fundamental to plant science, as these compounds mediate plant responses to environmental stresses, herbivory, and pathogens, while also driving ecological interactions like pollination and seed dispersal. Research in this field informs advances in crop improvement, natural product discovery, and our broader understanding of plant adaptation and evolution.
plantiSMASH 2.0: improvements to detection, annotation, and priorit...
Herbs, vegetables, and wildflowers around you are chemical factories — and this tool helps scient...
MS-Net: Multi-Similarity-Based Network Annotation for Untargeted Me...
Every herb, vegetable, and wildflower in your garden contains hundreds of unknown compounds that ...
Metabolomics data of root and stem tissues in five-year-old <i&g...
Herbalists and foragers who work with roots versus stems of medicinal plants now have hard data s...
Volatile compounds of volatile oils and hydrosols: intra-specific c...
The fragrant water left in your pot after steaming lavender or rosemary is packed with unique aro...
A review on the system-level bioactivity of polysaccharides along t...
Every apple, carrot, and bean in your garden packs its cell walls with pectin and other complex c...
Cannabis simultaneously raises and lowers immune markers in habitual users
Cannabis you might grow as a medicinal herb or fiber crop produces compounds that nudge the human...
