Exploring Phylogenetic Relationships between Hundreds of Plant Fatty Acids Synthesized by Thousands of Plants.
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The evaluation of tocochromanols (tocopherols and tocotrienols) in 49 accessions from 21 Orobanche species revealed three well separated groups. The first one, characterized by high γ-tocotrienol content, included all the accessions of sect. Orobanche. The second one, exhibiting high γ-tocopherol content, comprised the accessions of O. arenaria Borkh. and O. purpurea Jacq. (sect. Trionychon Wallr.). All the other accessions of this section presented high δ-tocopherol content. Differences for tocochromanol derivatives within sect. Trionychon were paralleled by differences in the fatty acid profile, with the high δ-tocopherol class having also a higher oleic to linoleic acid ratio.
Authors: Velasco, Leonardo; Goffman, Fernando D; Pujadas-Salvà, Antonio J
Journal: Phytochemistry
Year: 2000
Volume: 54
Page: 295-300
UID: PFA:12926
View All 28 Datasets
Genus | Species | Data Points | |
---|---|---|---|
Orobanche | alsatica | 4 | |
Orobanche | amethystea | 4 | |
Orobanche | arenaria | 4 | |
Orobanche | arenaria | 4 | |
Orobanche | cernua | 4 | |
Orobanche | cernua | 4 | |
Orobanche | crenata | 8 | |
Orobanche | cumana | 8 | |
Orobanche | densiflora | 4 | |
Orobanche | foetida | 4 | |
Orobanche | gracilis | 4 | |
Orobanche | hederae | 4 | |
Orobanche | lavandulacea | 4 | |
Orobanche | lucorum | 4 | |
Orobanche | minor | 8 | |
Orobanche | mutelii | 8 | |
Orobanche | nana | 4 | |
Orobanche | purpurea | 4 | |
Orobanche | ramosa | 8 | |
Orobanche | rapum-genistae | 4 | |
Orobanche | santolinae | 4 | |
Orobanche | schultzii | 4 | |
Orobanche | tunetana | 4 |