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1 all elements encompassing an individual (the ionome).
2  of genes and gene networks that control the ionome.
3 ntifying 255 loci affecting the sorghum seed ionome.
4 families can be distinguished by their shoot ionomes.
5 milies could be distinguished by their shoot ionomes.
6 nderlying natural variation in leaf and seed ionome and genetic adaptation of plants to soil conditio
7 ny plating is associated with changes in the ionome and nutrient recycling.
8 esults highlight the connections between the ionome and physiology, identifying the previously unreco
9  the suite of elements in individuals (i.e., ionome) and differences in the fluxes of key nutrients a
10 ory-grown algal cultures on growth rate, the ionome, and the ability to accumulate Fe.
11 tability of the ionomes, especially the zinc ionome, and yields known regulators and novel candidates
12 ting revealed that these changes in the leaf ionome are driven by the root and are associated with in
13 logenetic variation in a subset of the shoot ionome (Ca, Zn, Mn, Mg) was robust to this environmental
14 elevated CO(2) leads to a global decrease of ionome content, whatever the geographic distribution of
15     The screen reveals high stability of the ionomes, especially the zinc ionome, and yields known re
16 l effects on phylogenetic variation in shoot ionomes have not been quantified.
17 t a choline transporter gene, CTL1, controls ionome homeostasis by regulating the secretory trafficki
18 n pigment concentrations, N-storage, and the ionome (i.e., multivariate elemental composition) of the
19         Our models predict the leaf and seed ionome in A.thaliana, obtaining comparable results to ou
20                      By evaluating the shoot ionome in plants grown under different Fe nutritional co
21 bidopsis tsc10a mutant leads an altered leaf ionome, including increases in Na, K, and Rb and decreas
22       The correlation between soil and fruit ionome indicated the major influence of germplasm and ot
23                                        * The ionome is the elemental composition of a tissue or organ
24 othesis that phylogenetic variation in shoot ionomes is robust to environmental perturbation and that
25                                    While the ionome of cax1 and cax3 lines were modestly perturbed, t
26 sma mass spectrometry (ICP-MS) to assess the ionome of different cell populations within Arabidopsis
27 quantification of the complete leaf and seed ionome of the entire collection using this pipeline and
28                            We quantified the ionomes of a resource-consumer pair in contrasting P sup
29 ckleback to freshwater conditions shifts the ionomes of natural populations and populations raised in
30                Phylogenetic variation in the ionomes of plant shoots has been widely reported based o
31 variation in the elemental composition, the 'ionome', of plants, both within and between species.
32 trace element composition (also known as the ionome) of living organisms.
33  the Arabidopsis thaliana (Arabidopsis) leaf ionome, or elemental composition, contains such signatur
34 utrient-responsive genes in the roots and to ionome patterns in the shoots.
35  study to explore genetic diversity of plant ionome responses to elevated CO(2), using six hundred Ar
36                         Analysis of the leaf ionome revealed that MOT1(DEL) plants accumulate more co
37 n by analyses of transcriptome, proteome and ionome shift in Arabidopsis.
38 riation in metal tolerance and accumulation, ionome, transcriptome and cell wall glycan array profile
39                               * Whilst shoot ionomes were sensitive to fertilizer treatment, phylogen
40                                 Whether such ionome-wide adjustments to P supply impact growth and tr
41 ological stoichiometry and the importance of ionome-wide data in understanding eco-evolutionary dynam
42 trace element supplements after the cellular ionome would result in optimized cell growth.