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Diversity and divergence: evolution of secondary metabolism in the tropical tree genus Inga
ArticleAbstract: Plants are widely recognized as chemical factories, with each species producing dozens to hundreds oPalabras claves:chemical defense, EVOLUTION, Inga, Metabolomics, phytochemical diversity, plant specialized metabolism, secondary metabolism, UPLC-MSAutores:Coley P.D., Dale L. Forrister, Dexter K.G., Kidner C.A., Kursar T.A., Loiseau O., Lokvam J., María-José Endara, Mills A.G., Nicholls J.A., Pennington R.T., Soule A.J., Younkin G.C.Fuentes:googlescopusMacroevolutionary patterns in overexpression of tyrosine: An anti-herbivore defence in a speciose tropical tree genus, Inga (Fabaceae)
ArticleAbstract: Plant secondary metabolites are a key defence against herbivores, and their evolutionary origin is lPalabras claves:expanding leaves, herbivore host choice, Inga (Fabaceae), plant–herbivore interactions, prephenate dehydrogenase, Tropical rainforests, tyrosine overexpressionAutores:Coley P.D., Ghabash G., Kidner C.A., Kursar T.A., Lemes M.R., María-José Endara, Mills A.G., Nicholls J.A., Pennington R.T., Soule A.J., Stone G.N.Fuentes:googlescopusPhenolics lie at the centre of functional versatility in the responses of two phytochemically diverse tropical trees to canopy thinning
ArticleAbstract: Saplings in the shade of the tropical understorey face the challenge of acquiring sufficient carbonPalabras claves:abiotic stress, biotic stress, Chemical defence, light environment, Metabolomics, multiple stressors, secondary metabolites, sunflecks, Tropical Forest, UV radiationAutores:Coley P.D., Dale L. Forrister, Kursar T.A., Mills A.G., Schneider G.F., Younkin G.C.Fuentes:scopus