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. 2012 Jun 15;29-540(5-7):515–525. doi: 10.1016/j.nbt.2011.10.007

Table 3.

Genes used in biotinylation experiments

Number Gene Gene family Mr (kDa) Biotin/unmodified
1 ARHGEF2 G-protein-GEF 47.2
2 CBPP22 EF hand 25.0 0
3 CDC42 GTPase-RHO 23.8 N/D
4 CENTG1 GTPase-RAS 22.0
5 DIRAS2 GTPase-RAS 22.1
6 DIRAS1 GTPase-RAS 24.9
7 DUSP16 Phosphatase-Dual-Spec 36.6
8 DUSP16 Phosphatase-Dual-Spec 18.7
9 GEM GTPase-RAS 23.8
10 GNAI3 GTPase-Trimeric 42.6 0
11 MAP2K2 (MEK2) Kinase-STE 42.3 0
12 MAP2K3 (MEK3) Kinase-STE 37.1
13 MAP2K4 (JNKK1) Kinase-STE 43.3 N/D
14 MAP2K5 (MEK5) Kinase-STE 36.0 N/D
15 MAP2K6 (MEK6) Kinase-STE 35.2
16 MAP2K7 (JNKK2) Kinase-STE 42.9 N/D
17 MAPK3 (ERK1) Kinase-CMGC 45.7 N/D
18 MAPK6 (ERK3) Kinase-CMGC 40.2 N/D
19 MAPK8 (JNK1) Kinase-CMGC 44.5
20 MAPK9 (JNK2) Kinase-CMGC 46.3
21 PAK4 Kinase-STE 66.6
22 PAK7 Kinase-STE 38.0 0
23 PAK6 Kinase-STE 77.4
24 PPP1R12B Phosphatase-regulatory 39.0 0

A list of the human genes used in the experiments shown in Figs. 3 and 4. The numbering corresponds to the annotations in the figures. The molecular weights are of the proteins produced from the vector pNIC28-Bsa4, which include a His6-tag only. The C-terminal biotinylation tag adds 2.6 kDa.

The column marked Biotin/unmodified summarises the results of test expression of the C-terminal tagged proteins, comparing the yield in presence and absence of biotin in the growth medium (Fig. 3 and similar experiments). ‘0’ indicates no effect, ‘–’ indicates a reduction in yield in the presence of biotin, and N/D indicates that the yields were too low to compare.