Dataset Information

Metabolomic data of phenolic compounds from Acer negundo extracts.

ABSTRACT: Phytochemical and metabolomic data were obtained for the most important phenolic compounds in ethanolic extracts from the endangered Acer negundo tree in Morelia, Michoacan. Samples of leaves and stems were subjected to ethanolic extraction with electric rotavapor. We developed a metabolomic analysis that encompassed the correlation between the leaf and stem extracts through principal component analysis. The data were obtained with an infinity Agilent ultrahigh resolution liquid chromatograph coupled to a Agilent triple quadrupole mass spectrometer. The protocol used was a dynamic MRM (Multiple Reaction Monitoring). Clustering result shown as heatmap (distance measure using euclidean, and clustering algorithm using ward.D).

SUBMITTER: Barrales-Cureno HJ

PROVIDER: S-EPMC7200229 | biostudies-literature | 2020 Jun

REPOSITORIES: biostudies-literature

ACCESS DATA

Publications

Metabolomic data of phenolic compounds from <i>Acer negundo</i> extracts.

Barrales-Cureño Hebert Jair HJ Salgado-Garciglia Rafael R López-Valdez Luis Germán LG Monribot-Villanueva Juan Luis JL Guerrero-Analco José Antonio JA Lucho-Constantino Gonzalo Guillermo GG Zaragoza-Martínez Fabiola F Herrera-Cabrera Braulio Edgar BE Reyes César C

Data in brief 20200421

Phytochemical and metabolomic data were obtained for the most important phenolic compounds in ethanolic extracts from the endangered <i>Acer negundo</i> tree in Morelia, Michoacan. Samples of leaves and stems were subjected to ethanolic extraction with electric rotavapor. We developed a metabolomic analysis that encompassed the correlation between the leaf and stem extracts through principal component analysis. The data were obtained with an infinity Agilent ultrahigh resolution liquid chromatog ...[more]

PMID: 32382600

Similar Datasets

Project description:BackgroundTo identify the determinants of invasiveness, comparisons of traits of invasive and native species are commonly performed. Invasiveness is generally linked to higher values of reproductive, physiological and growth-related traits of the invasives relative to the natives in the introduced range. Phenotypic plasticity of these traits has also been cited to increase the success of invasive species but has been little studied in invasive tree species. In a greenhouse experiment, we compared ecophysiological traits between an invasive species to Europe, Acer negundo, and early- and late-successional co-occurring native species, under different light, nutrient availability and disturbance regimes. We also compared species of the same species groups in situ, in riparian forests.ResultsUnder non-limiting resources, A. negundo seedlings showed higher growth rates than the native species. However, A. negundo displayed equivalent or lower photosynthetic capacities and nitrogen content per unit leaf area compared to the native species; these findings were observed both on the seedlings in the greenhouse experiment and on adult trees in situ. These physiological traits were mostly conservative along the different light, nutrient and disturbance environments. Overall, under non-limiting light and nutrient conditions, specific leaf area and total leaf area of A. negundo were substantially larger. The invasive species presented a higher plasticity in allocation to foliage and therefore in growth with increasing nutrient and light availability relative to the native species.ConclusionsThe higher level of plasticity of the invasive species in foliage allocation in response to light and nutrient availability induced a better growth in non-limiting resource environments. These results give us more elements on the invasiveness of A. negundo and suggest that such behaviour could explain the ability of A. negundo to outperform native tree species, contributes to its spread in European resource-rich riparian forests and impedes its establishment under closed-canopy hardwood forests.

Dataset Information

Metabolomic data of phenolic compounds from Acer negundo extracts.

Publications

Metabolomic data of phenolic compounds from <i>Acer negundo</i> extracts.

Similar Datasets

OmicsDI is part of the ELIXIR infrastructure

Tweets