Description
Medicago truncatula, a model legume, was subjected to individual biotic and abiotic stresses, and a combination thereof. A total of 150 plants were grown LC-MS data from a study on biotic and abiotic stress in plants, comprising four experimental groups: C – Control group; D – Abiotic stress group – subject to drought; F – Biotic stress group – infected with the pathogen Fusarium oxysporum; B – Dual stress group – subject to both drought and infection with Fusarium.
Three plants (biological replicates) were harvested from each experimental group at daily intervals for 12 days. For the C and F groups 78 plants were harvested from days 1 to 12, whilst for the D and B harvesting commenced one day later, from days 2 to 12 (72 plants), to allow uniform drying of the growth medium. Quality control (QC) samples were injected inbetween every 6 experimental samples.
The data were processed using Progenesis software to provide peak lists and are presented as a data matrix with integrated peak intensities in columns and observations in rows for each of 4 LC-MS datasets: positive and negative mode data from both leaves and roots.
Three plants (biological replicates) were harvested from each experimental group at daily intervals for 12 days. For the C and F groups 78 plants were harvested from days 1 to 12, whilst for the D and B harvesting commenced one day later, from days 2 to 12 (72 plants), to allow uniform drying of the growth medium. Quality control (QC) samples were injected inbetween every 6 experimental samples.
The data were processed using Progenesis software to provide peak lists and are presented as a data matrix with integrated peak intensities in columns and observations in rows for each of 4 LC-MS datasets: positive and negative mode data from both leaves and roots.
| Date made available | 22 Sept 2015 |
|---|---|
| Publisher | Fera Science Limited |