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Table 4 List of proteins that were changed less than 1.5-fold in the lesion center of the injured spinal cord from the subacute (day 14) SCI group when compared to that detected in the acute (day 1) SCI group.

From: Reduction in antioxidant enzyme expression and sustained inflammation enhance tissue damage in the subacute phase of spinal cord contusive injury

no. function protein name protein ID 14d_mean (SEM) 1d_mean (SEM) p value Mw/pI score
128 actin binding WD repeat-containing protein 1 WDR1 0.036
(0.035)
0.034
(0.017)
0.980 66824/6.15 76
80 acute phase T-kininogen 2 KNT2 0.648
(0.352)
0.950
(0.085)
0.481 48757/5.94 102
81 acute phase T-kininogen 1 KNT1 0.270
(0.040)
0.202
(0.055)
0.353 48828/6.08 144
87 cytoskeleton Glial fibrillary acidic protein GFAP 0.458
(0.093)
0.535
(0.036)
0.469 49927/5.35 144
16 metabolism Bifunctional purine biosynthesis protein PURH PUR9 0.039
(0.009)
0.056
(0.055)
0.629 64681/6.69 70
18~20 metabolism Pyruvate kinase isozymes M1/M2 KPYM 0.719
(0.280)
0.864
(0.433)
0.778 58294/6.63 134
24 metabolism Gamma-enolase ENOG 0.343
(0.130)
0.446
(0.114)
0.581 47111/5.03 155
25 metabolism Creatine kinase B-type KCRB 0.996
(0.226)
0.767
(0.177)
0.469 42983/5.30 151
26~28 metabolism Alpha-enolase ENOA 0.714
(0.271)
1.040
(0.364)
0.486 47440/6.16 185
32 metabolism 3-ketoacyl-CoA thiolase, mitochondrial THIM 0.133
(0.040)
0.153
(0.061)
0.782 42244/8.09 137
36,37 metabolism Glutamine synthetase GLNA 0.338
(0.096)
0.249
(0.080)
0.505 42982/6.64 179
47~49 metabolism Glyceraldehyde-3-phosphate dehydrogenase GAPDH G3P 2.351
(0.603)
3.215
(1.492)
0.577 36090/8.14 88
68,70, 71 metabolism Triosephosphate isomerase TPIS 0.609
(0.219)
0.413
(0.134)
0.461 27345/6.89 164
36,37 metabolism Glutamine synthetase GLNA 0.338
(0.096)
0.249
(0.080)
0.505 42982/6.64 179
111 metabolism Malate dehydrogenase, mitochondrial MDHM 0.874
(0.241)
0.726
(0.240)
0.682 36117/8.93 217
123 metabolism Pyruvate dehydrogenase E1 component subunit beta, mitochondrial ODPB 0.103
(0.059)
0.070
(0.002)
0.636 38957/6.20 100
125, 126 metabolism Transketolase TKT 0.143
(0.047)
0.147
(0.081)
0.970 67601/7.23 92
103 microtubule Tubulin alpha-1C chain TBA1C 0.132
(0.049)
0.098
(0.021)
0.559 49905/4.96 64
112 microtubule Tubulin beta-2C chain TBB2C 1.464
(0.416)
1.289
(0.343)
0.764 50225/4.79 210
43 oxidoreduction Alcohol dehydrogenase [NADP+] AK1A1 0.153
(0.030)
0.135
(0.105)
0.860 36711/6.84 84
98 oxidoreduction Aldose reductase ALDR 0.128
(0.047)
0.124
(0.042)
0.956 35774/6.26 101
116~ 118 oxidoreduction Glutamate dehydrogenase 1, mitochondrial DHE3 0.286
(0.100)
0.410
(0.233)
0.613 61719/8.05 172
86 protease inhibitor Serine protease inhibitor A3N SPA3N 0.751
(0.144)
0.748
(0.369)
0.995 46622/5.33 109
23 proteolysis Cytosolic non-specific dipeptidase CNDP2 0.174
(0.029)
0.176
(0.083)
0.983 53116/5.43 120
34 proteolysis Aminoacylase-1A ACY1A 0.058
(0.014)
0.074
(0.031)
0.628 46060/6.03 77
104 secreted glycoprotein Alpha-1B-glycoprotein A1BG 0.197
(0.070)
0.211
(0.104)
0.914 57127/6.89 76
84,85 signal transduction Rab GDP dissociation inhibitor alpha GDIA 0.403
(0.118)
0.440
(0.112)
0.829 50504/5.00 73
122 stress response Heat shock-related 70 kDa protein 2 HSP72 0.084
(0.031)
0.100
(0.024)
0.738 69599/5.51 115
4,5 transport Serum albumin ALBU 3.629
(1.939)
4.722
(1.882)
0.722 70682/6.09 306
40 transport Aspartate aminotransferase AATM 0.246
(0.070)
0.165
(0.041)
0.387 47683/9.13 64
55 transport 3-mercaptopyruvate sulfurtransferase THTM 0.053
(0.014)
0.047
(0.046)
0.893 33205/5.88 75
108 transport Clathrin light chain B CLCB 0.310
(0.090)
0.324
(0.156)
0.953 25216/4.65 63
127 transport V-type proton ATPase catalytic subunit A VATA 0.056
(0.028)
0.057
(0.027)
0.982 68283/5.42 77