Secondary Metabolism Pathways for <i>Zantedeschia aethiopica</i> assigned by KEGG Orthology (KO).

<p>Secondary Metabolism Pathways for <i>Zantedeschia aethiopica</i> assigned by KEGG Orthology (KO).</p

Categorization of <i>Z. aethiopica</i> spathe transcriptome into KEGG biological categories.

<p>A. Total KEGG biological categories contigs distribution; B. Metabolism biological category distribution of contigs percentage.</p

Lipid Transfer Proteins structural analysis.

<p>A. Multiple alignment of LTPs here identified. Conserved residues are green highlighted and the cysteine residues are in yellow. Final three-dimensional structures of LTPs with ligands before and after 50 ns of molecular dynamics are illustrated at B. Za-LTP1 + Oleic acid initial; C. Za-LTP1 + Oleic acid final; D. Za-LTP2 + Palmitoleic acid initial; E. Za-LTP2 + Palmitoleic acid final; F. Za-LTP3 + Alpha-Linoleic acid intial and G. Za-LTP3 + Alpha-linoleic acid final.</p

Final molecular dynamics scores for <i>Zantedeschia aethiopica</i> lipid transfer protein (LTP) docking with lipid ligands.

a<p>Data generated by comparing the structure at 0 ns and 50 ns.</p>b<p>The RMSD evolution along the time is available in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0090487#pone.0090487.s014" target="_blank">Figure S14</a>.</p>c<p>Excluding the polyproline tail, this value is reduced to 4.117.</p

Sequencing and assembly of <i>Zantedeschia aethiopica</i> transcriptome using Illumina HiSeq 2000.

<p>Sequencing and assembly of <i>Zantedeschia aethiopica</i> transcriptome using Illumina HiSeq 2000.</p

Plant-pathogen interaction basal immunity expression at <i>Z. aethiopica</i> spathe.

<p>e. expression; +u. ubiquitination; +p. phosphorylation; -p. dephosphorilation; x. dissociation; →. activation; ——. direct effect; –. inhibition. Molecules identified in this study are highlighted with grey shadow.</p