The Arabidopsis SUPPRESSOR OF AUXIN RESISTANCE Proteins Are Nucleoporins with an Important Role in Hormone Signaling and Development
Plant Cell Parry et al.
18: 1590
Supplemental Data
Files in this Data Supplement:
Supplemental Figure 1 -
The sar3 mutation suppresses resistance of axr1 to methyl jasmonate. Plants were grown on ATS for 3d then transferred to 10μM methyl jasmonate (MeJA) and the amount of root elongation was measured after a further 3days. Growth is expressed as a proportion of elongation on seedlings without MeJA. Bars represent standard errors, N = 12 or greater.
Supplemental Figure 2 -
sar rce1 seedlings alter the phenotype of rce1 seedlings.
Floral (A), stem (B) and silique (C) phenotypes from rce1 and sar rce1 plants.
Supplemental Figure 3 -
The SAR3 protein is similar to yeast NUP145. Alignment of amino acid sequence of SAR3 (residues 78-1406) and the C-terminal 835 residues from yeast NUP145 (residues 482-1317). This sequence represents the C-terminal 123 amino acids of the yeast NUP145N protein and the entire sequence of yeast NUP145C. The site of autoproteolytic cleavage in yeast NUP145 is underlined (residue 605). Black shading denotes identical residues. Along their entire length the sequences have 15% identity and 35% similarity.