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. 2004 Jun;16(6):1378–1391. doi: 10.1105/tpc.021683

Table 1.

Identification of Root Microsomal Proteins in Arabidopsis Using MALDI-TOF MS

Spot No.a Apparent MM (kD)/pIb Match MM (kD)/pIc MOWSE Scored No. MPe Percent Coveredf Accession No.g Protein Nameh
3 73.04/6.4 59.72/6.4 2.77E+09 20 43 15232626 Thioglucosidase 3D precursor
4 71.07/6.5 59.75/6.4 6.96E+04 13 30 1363489 Thioglucosidase 3D precursor
7 62.99/5.4 63.37/6.5 5407 7 19 1732570 Mitochondrial F1 ATP synthase β subunit
8 62.99/5.5 63.37/6.5 1.87E+13 24 47 1732570 Mitochondrial F1 ATP synthase β subunit
9 62.99/5.6 63.37/6.5 1.68E+08 14 31 1732570 Mitochondrial F1 ATP synthase β subunit
17 37.24/5.2 24.54/4.9 6058 7 34 21554133 Endomembrane-associated protein
19 34.64/5.0 41.86/5.4 7.87E+04 14 29 15222075 Actin 8
20 34.53/5.1 32.02/5.1 4288 8 29 15228216 Putative lectin
21 33.63/5.1 29.16/5.1 6.62E+04 7 35 21595512 Caffeoyl-CoA O-methyltransferase-like
23 34.87/5.4 32.16/5.5 8624 8 36 15228198 Putative lectin
24 34.76/5.5 32.12/5.5 5.57E+05 11 66 21594017 Putative lectin
30 26.45/5.3 28.17/5.7 7.24E+04 12 47 21536745 Ferritin 1 precursor
33 40.42/5.2 35.78/5.2 1.47E+06 11 44 1429207 Annexin
34 40.42/5.3 35.78/5.2 3.17E+10 19 68 1429207 Annexin
38 25.74/6.0 21.80/6.0 6.41E+06 7 47 15239652 1,4-Benzoquinone reductase-like; Trp repressor binding protein-like
57 61.29/5.0 54.74/5.0 7.51E+06 14 29 137465 Vacuolar ATP synthase subunit B
58 61.29/5.0 54.74/5.0 9.82E+07 15 34 137465 Vacuolar ATP synthase subunit B
59 61.29/5.1 54.74/5.0 3.47E+04 9 18 137465 Vacuolar ATP synthase subunit B
61 18.56/5.0 15.08/5.1 1.89E+06 9 63 15238776 Cytochrome b5
81 48.37/5.4 42.62/5.4 5.68E+06 12 33 18391442 Vacuolar ATP synthase subunit C, putative
86 70.30/5.3 55.33/5.2 9.36E+04 13 34 6685244 ATP synthase α chain
96 40.16/5.7 35.32/5.6 8.98E+04 9 36 1754983 Strictosidine synthase
97 38.86/5.7 35.32/5.6 1436 5 22 1754983 Strictosidine synthase
a

Number of spot.

b

Observed molecular mass (MM) and pI of spot from the gel.

c

Predicted molecular mass (MM) and pI of matched sequence.

d

Molecular weight search score.

e

Number of peptides matching to predicted protein sequence.

f

Percentage of predicted protein sequence covered by matched peptides.

g

Accession number against the National Center for Biotechnology Information (NCBI) nonredundant database.

h

Entry name according to the NCBI database.