ID | Title | Section/Topic | Authors | Keywords |
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90 | A co-opted steroid synthesis gene, maintained in sorghum but not maize, is associated with a divergence in leaf wax chemistry | Phytochemistry: From atoms to organisms | Busta, Lucas; Schmitz, Elizabeth; Kosma, Dylan; Schnable, James; Cahoon, Edgar. | cuticular wax Drought Tolerance triterpenoids juvenile-to-adult transition |
1027 | Applying plant biochemistry to chemical ecology: deciphering structural effects of specialized metabolites on insect herbivory | Phytochemistry: From atoms to organisms | Lou, Yann-Ru; Anthony, Thilani; Fiesel, Paul; Arking, Rachel; Christensen, Elizabeth; Jones, A. Daniel; Last, Robert. | molecular evolution specialized metabolites phytochemistry convergent evolution CRISPR Chemical ecology |
66 | Beyond Bioavailability: Polyphenols Offer Pre-Absorptive Benefits for Improving Intestinal and Metabolic Health via Intraluminal Activities | Phytochemistry: From atoms to organisms | Van Buiten , Charlene; Raskin, Ilya; Elias, Ryan; Wu, Guojun; Lam, Yan Y.; Yennawar, Neela; Pacheco, Carlos; Hatzakis, Emmanuel; Lambert, Joshua ; Zhao, Liping. | polyphenols bioavailability redox environment celiac disease metabolic syndrome inflammation |
645 | Evolution of the diversity of defensive sugar metabolites in Solanaceae and Convolvulaceae | Phytochemistry: From atoms to organisms | Bennett, Alexandra; Kruse, Lars; Mahood, Elizabeth; Lazarus, Elena; Schroeder, Frank; Moghe, Gaurav. | molecular evolution phytochemistry specialized metabolites phylogenetics |
294 | Exploring the link between environmental gradients and secondary plant metabolites in the ancient plant clade Cycadales | Phytochemistry: From atoms to organisms | Salazar Amoretti, Diego; Valverde-Barrantes, Oscar; Sorich, Christopher. | Cycads Cycadales secondary metabolites Plant Chemistry Environmental Gradients phytochemistry chemical defenseĀ Chemical Diversity |
109 | Linking species-interactions to macroevolution using the phylogenetic distribution of phytochemical diversity | Phytochemistry: From atoms to organisms | Weber, Marjorie. | plant-insect interactions mutualism domatia herbivores |
1110 | Medicinal Genomics: Exploring the diversity of iridoid compounds in blueberry for human health benefits | Phytochemistry: From atoms to organisms | Leisner, Courtney. | blueberry natural products transcriptomics |
1107 | Phytochemical phoresy by phlies: the smelly secrets of dung mosses | Phytochemistry: From atoms to organisms | Raguso, Robert. | volatile organic compounds Splachnaceae Dispersal |
13 | Phytochemistry: From atoms to organisms | Phytochemistry: From atoms to organisms | Moghe, Gaurav; Raguso, Robert. | |
601 | Plant Natural Products and the Future of Antimicrobial Drug Discovery | Phytochemistry: From atoms to organisms | Porras, Gina; Chassagne, Francois; Lyles, James; Marquez, Lewis; Dettweiler, Micah; Salam, Akram; Samarakoon, Tharanga; Shabih, Sarah; Raschid Farrokhi, Darya; Quave, Cassandra. | antimicrobial Ethnobotany natural products antibiotics |
1115 | Successional shifts in microbial communities affect plant-herbivore interactions in nature and agriculture | Phytochemistry: From atoms to organisms | Howard, Mia. | herbivory Microbiome succession soil aboveground-belowground interactions plant-soil feedbacks plant defense fallow succession agriculture Chemical ecology plant-insect interactions solidago crops herbicide resistance |