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. 2013 Dec;183(6):1841–1852. doi: 10.1016/j.ajpath.2013.08.015

Table 1.

Label-Free Quantitative Tyrosine Phosphorylation Profile of a Subset of Average Normalized Abundances in the Tyrosine Phosphorylation Profile Determined from HCLEs Treated with Control (Media Change), ATP, or EGF

Protein Modifications m/z Running time (minutes) Charge ANOVA (P) (×10-2) Fold Average normalized abundances (×103)
Control ATP EGF
EGFR p-Tyr-974 548.9004 30.4 3 0.0000104 46.7 13.8 69.5 325
p-Tyr-1086 827.0708 24.7 3 0.000147 39.7 6.96 51.9 312
p-Tyr-1148 772.6703 33.9 3 0.000435 142.2 13.1 266 1870
p-Tyr-1173 759.0297 27.4 3 0.0000255 351.7 4.53 2.43 856
KPCD p-Tyr-313 940.9012 29.7 2 0.00000962 13.67 6.65 91.2 23.3
p-Ser-304 706.2921 29.2 3 0.000751 12.4 2.85 35.3 21.3
MAPK-13 p-Tyr-182 765.3261 24.3 2 2 9.7 5.29 51.7 11.2
p-Tyr-258 574.5929 25.7 3 0.0172 53.1 0.565 0.132 7.02
MAPK-12 p-Tyr-185 816.8103 27.6 2 0.1 29.8 2.59 10.4 0.348
MAPK-1 p-Tyr-187 741.9948 29.7 3 1.7 23.7 130 1730 731
p-Thr-190 1112.489 29.7 2 0.000184 88.7 8.74 70 0.789
p-Thr-185 768.6503 30.9 3 1 9.1 39.4 359 143
PLCG1 p-Tyr-771 846.3689 29.1 2 0.000818 15.3 7.7 73.2 118
p-Tyr-227 896.3942 36.5 2 1 8 1.66 3.65 13.3
RIN1 p-Tyr-36 948.1138 27.9 3 0.2 11.9 26 310 133
CDK2 p-Tyr-15 541.2668 26.6 3 0.00000816 192.2 1.46 0.369 71
CDC42-K p-Tyr-827 739.3634 27.5 2 0.0676 29.1 1.6 11.3 0.389
p-Tyr-859 605.3012 30.4 4 0.00207 49.5 2.3 14.6 114
p-Tyr-860 806.7332 30.5 3 0.0251 10.4 3.01 3.43 31.3
SHC1 p-Tyr-427 1102.007 34.3 2 0.00303 196.7 2.45 1.62 319
p-Tyr-315 457.5704 21.2 3 0.000967 401.5 0.546 0.122 48.8
SHB p-Tyr-246 818.8424 25.7 2 0.000301 34.4 4.07 38.9 1.33
p-Tyr-268 641.9358 24.1 3 0.7 8.2 4.38 3.27 26.8
p-Tyr-98 817.3299 28.5 2 0.0306 9.1 5.89 31.4 53.8
GAB1 p-Tyr-659 636.7968 24.1 2 0.000000287 29.3 1.11 30.8 1.05
p-Tyr-259 828.8849 31.5 2 0.01 14.8 4.86 72.2 19
p-Tyr-626 787.8527 33.8 2 0.00433 16.2 4.99 80.9 6.06
SRC8 p-Tyr-446 750.98 27.9 3 0.008 11.5 1.84 20 21.1
p-Tyr-421 530.9075 31.2 3 0.0411 27.3 8.55 23 6.36
PAXI p-Tyr-88 676.6452 22.3 3 3.7 7.9 47.4 374 99
p-Tyr-118 538.8987 24.8 3 4.5 12 357 4280 375
FAK p-Tyr 576/577 783.3149 21.9 2 0.0575 64.6 1.75 0.193 12.5
p-Tyr-861 880.432 28.2 4 0.000252 23.1 7.08 163 7.27
TYK2 p-Tyr-259 627.8057 25.1 4 0.00481 35.8 8.11 79.3 290
p-Tyr-292 800.3649 28.5 2 3.6 7.3 46.2 225 30.9
P85B p-Tyr-464 794.8136 29.5 2 0.5 4.4 11.2 49.6 40.6
p-Tyr-467 794.8136 29.5 2 0.5 4.4 11.2 49.6 40.6
FAK2 p-Tyr-579/580 956.3759 24.4 2 0.00625 37.6 6.65 31.7 69.3
PTK6 p-Tyr-447 663.2683 29 2 0.2 30.8 18.9 147 583
PTN11 p-Tyr-62 908.3773 29.3 2 0.3 42.8 25.3 114 2.67
p-Tyr-63 908.3773 29.3 2 0.3 42.8 25.3 114 2.67
PRP4B p-Tyr-849 1259.0596 34.1 2 1.3 6.1 15.6 95.4 28
p-Tyr-849 839.7086 34.2 3 1.4 10.3 105 1080 443
STAT3 p-Tyr-705 646.2804 24.9 4 0.00455 15.4 15.3 122 18.7
ITB4 Y-1207 714.299 29 3 2.6 3.5 8.89 25.5 31.4
CBL p-Tyr-674 787.4292 33.3 3 0.0231 56 5.43 38.4 304

Statistical significance is calculated within the triplicate runs for each condition. Data were filtered based on P values (P < 0.05). Fold change significance was calculated using ANOVA.

ANOVA, analysis of variance.