Research Article

Drosophila Torsin Protein Regulates Motor Control and Stress Sensitivity and Forms a Complex with Fragile-X Mental Retardation Protein

Table 1

The summary of 2D proteomic analysis results.

Spot #ANOVA () Average normalized volumes   (fold change; ≥1.5, ≤0.75)Identified proteinsM.W. (kDa)/PI
Tub-Gal4/+pWiz-DTor-RNAi/+; Tub-Gal4/+

5800.0061.261 × 1042.006 × 104 (1.6)CG579324.6/6.12
Ferritin 1 heavy chain homologue23.1/5.49
ATP synthase, subunit d20.2/6.10

7830.0124.806 × 1047.165 × 104 (1.5)Cuticular protein 49Aa15.6/4.54
lambda Try29.6/4.67
pumpless18.0/4.94

2730.0145.604 × 1041.059 × 105 (1.9)Glutamine synthase 144.4/6.02
Slowpoke130.2/5.10

4830.0326.143 × 1041.226 × 105 (2.0)CG586729.6/5.63
Alcohol dehydrogenase 27.7/8.18
Alicorn36.4/5.25

3400.0443.090 × 1045.049 × 104 (1.6)Nucleosome remodeling factor-38 kDa37.9/6.57
CG276739.1/5.80
CG586729.6/5.63

5170.0462.026 × 1051.499 × 105 (0.74)Alcohol dehydrogenase27.7/8.18
FK506-binding protein 14 ortholog 23.9/4.54
Elongation factor 1β24.2/4.20