Skip to main content
. 2017 Aug 29;7:9748. doi: 10.1038/s41598-017-09619-x

Table 5.

Metabolite concentrations (µM) from T1 to T2 in the two groups.

Responsive to therapy (R) Not responsive to therapy (NR)
T1 T2 Δ = T2 − T1 Trend T1 T2 Δ = T2 − T1 Trend
lysoPC a C16:0 3.825 (2.320, 5.910) 15.7 (10.3, 17.5) * 10.205 (2.77, 13.66) § 2.780 (1.233, 4.902) 4.020 (1.400, 6.572) 0.250 (0.146, 1.648)
lysoPC a C16:1 0.185 (0.124, 0.254) 0.604 (0.470, 0.690) * 0.383 (0.118, 0.525) § 0.116 (0.090, 0.160) 0.158 (0.099, 0.238) 0.012 (−0.002, 0.107)
lysoPC a C17:0 0.139 (0.102, 0.191) 0.312 (0.124, 0.376) * 0.131 (0.025, 0.199) 0.094 (0.059, 0.145) 0.110 (0.080, 0.165) 0.005 (−0.012, 0.064)
lysoPC a C18:0 0.902 (0.603, 1.650) 3.220 (2.680, 4.400) * 2.054 (0.762, 3.330) § 0.683 (0.382, 1.252) 1.040 (0.494, 1.415) 0.161 (0.071, 0.403)
lysoPC a C18:1 1.170 (1.070, 1.970) 6.090 (3.010, 6.770) * 4.160 (1.070, 5.320) § 1.020 (0.709, 1.360) 1.470 (1.170, 2.200) 0.513 (0.242, 0.964)
lysoPC a C18:2 1.215 (1.050, 1.380) 6.075 (2.330, 8.060) * 3.455 (1.123, 6.732) § 0.758 (0.572, 0.990) 1.160 (0.916, 2.310) 0.697 (0.212, 1.355)
lysoPC a C20:3 0.222 (0.145, 0.333) 0.474 (0.333, 0.834) 0.245 (0.104, 0.600) § 0.165 (0.116, 0.229) 0.222 (0.147, 0.275) 0.045 (0.022, 0.056)
lysoPC a C20:4 0.485 (0.359, 0.823) 1.430 (0.800, 1.830) 0.821 (0.262, 1.241) § 0.478 (0.367, 0.688) 0.456 (0.375, 0.985) 0.059 (−0.006, 0.314)
PC aa C28:1 1.480 (1.280, 1.900) 1.805 (1.460, 2.120) * 0.310 (−0.070, 0.520) 1.40 (1.105, 1.770) 1.25 (1.083, 2.313) 0.078 (−0.265, 0.430)
PC aa C32:3 0.948 (0.828, 1.130) 1.110 (0.949, 1.420) * 0.152 (0.066, 0.270) 1.16 (0.816, 1.258) 0.89 (0.850, 1.249) 0.087 (0.349, 0.147)
PC aa C34:3 22.95 (17.9, 33.9) 38.85 (24.9, 47.4) * 10.00 (0.700, 18.550) 23.50 (14.20, 29.00) 23.70 (14.85, 34.25) 1.300 (−1.725, 3.325)
PC aa C34:4 1.58 (1.29, 1.86) 2.21 (1.38, 2.48) * 0.560 (0.190, 0.920) 1.48 (1.295, 1.693) 1.160 (1.143, 1.600) −0.141(−0.255, −0.023)
PC aa C36:1 55.8 (45.5, 70.9) 81.75 (58.6, 95.4) * 20.15 (−0.500, 41.300) 50.90 (44.20, 55.40) 63.60 (48.20, 82.25) 6.500(1.250, 21.850)
PC aa C36:2 264.5 (182, 325) 361.5 (324, 495) * 121 (9, 221) 222 (207, 223.75) 298 (229.5, 313.25) 74 (3.25, 102.25)
PC aa C36:3 124.5 (106, 147) 188 (136, 227) * 76 (2, 97.6) 104 (88.60, 121) 120 (110.25, 133.5) 18.0 (−7.25, 19.80)
PC aa C38:0 1.630 (1.250, 2.080) 1.745 (1.380, 2.730) * 0.340 (−0.140, 0.802) § 2.010 (1.978, 2.237) 1.670 (1.585, 1.778) −0.440 (−0.548,−0.245)
PC aa C38:1 0.601 (0.353, 0.833) 0.661 (0.408, 0.740) 0.079(−0.021, 0.259) § 0.602 (0.385, 1.107) 0.417 (0.347, 0.532) −0.097 (−0.938, 0.003)
PC aa C38:3 28.8 (23.4, 41.2) 36.750 (29.200, 47.700) * 9.25 (−1.000, 11.900) § 28.30 (16.60, 31.175) 25.30 (18.75, 30.025) −0.90 (−6.300, 2.200)
PC aa C38:5 37.8 (29.4, 49.2) 47.85 (44.2, 51.9) * 13.85 (2.9, 19.4) § 49.6 (41.225, 52.9) 38.7 (30.7, 47.025) −7.100 (−13.450, 2.175)
PC aa C38:6 78.45 (51.6, 90.4) 88.15 (70.8, 101) * 15.7 (5.9, 33.5) § 69.8 (57.5, 91.2) 62.2 (57.175, 77.9) −11.30 (−17.85, −0.825)
PC aa C40:4 1.655 (1.410, 2.020) 2.115 (1.750, 2.630) 0.39 (−0.13, 0.860) § 1.840 (1.250, 2.473) 1.590 (1.478, 2.003) −0.310 (−0.540, 0.253)
PC aa C40:5 5.760 (3.700, 7.180) 6.670 (6.220, 7.350) * 1.515 (−0.26, 3.08) § 5.900 (4.890, 7.527) 5.500 (4.575, 6.715) −0.680 (−1.485, 0.512)
PC aa C40:6 19.45 (15.2, 20.4) 23.8 (17.7, 25.4) * 5.450 (2.500, 10.600) § 19.4 (14.25, 23.725) 19.4 (16.025, 19.8) 0.000 (−3.775, 0.900) //
PC aa C42:2 0.122 (0.101, 0.150) 0.154 (0.121, 0.176) * 0.037 (−0.017, 0.067) 0.110 (0.089, 0.158) 0.111 (0.102, 0.116) −0.008 (−0.039, 0.015)
PC aa C42:4 0.085 (0.065, 0.112) 0.105 (0.077, 0.151) * 0.012 (0.002, 0.037) 0.086 (0.080, 0.127) 0.079 (0.075, 0.110) −0.004 (−0.042, 0.018)
PC ae C34:2 13.4 (11, 19.1) 15.3 (11.1, 23.8) * 2.80 (0.000, 6.230) 14.70 (11.650, 16.200) 11.80 (11.025, 16.525) −0.300 (−2.625, 1.212)
PC ae C34:3 6.205 (4.340, 7.470) 6.575 (4.900, 9.800) 0.070 (−0.600, 2.500) § 6.760 (4.633, 8.373) 4.490 (3.763, 6.342) −1.570 (−3.197,−0.070)
PC ae C36:2 16.8 (14.6, 20.9) 21.9 (15.2, 27.6) * 4.150 (0.400, 9.700) 18.20 (15.425, 21.150) 17.20 (15.550, 24.925) 2.60 (−1.825, 3.210)
PC ae C36:3 6.580 (5.270, 8.760) 7.065 (6.210, 12.200) * 1.140 (−0.260, 2.800) § 6.490 (6.460, 7.298) 5.680 (5.215, 6.982) −0.930 (−1.225, 0.212)
PC ae C36:4 15.7 (13.4, 18.2) 16.85 (13.2, 18.7) 0.950 (−0.600, 3.650) § 15.7 (14.675, 18.3) 13.2 (12.225, 14.1) −2.500 (−5.675,−1.700)
PC ae C36:5 9.88 (8.99, 11.9) 11.1 (9.99, 12.2) 0.920 (−1.200, 3.210) § 10.2 (8.402, 14.125) 8.470 (7.172, 10.372) −3.700 (−3.850,−0.845)
PC ae C38:0 1.265 (1.120, 1.350) 1.415 (1.280, 1.620) * 0.185 (0.100, 0.590) § 1.190 (1.080, 1.395) 0.970 (0.954, 1.238) −0.110 (−0.199,−0.084)
PC ae C38:1 0.407 (0.276, 0.614) 0.649 (0.518, 1.020) * 0.162 (0.075, 0.387) 0.596 (0.248, 0.725) 0.690 (0.582, 0.870) 0.158 (−0.011, 0.250)
PC ae C38:2 1.725 (1.530, 2.040) 1.845 (1.400, 2.730) * 0.360 (−0.040, 0.746) 1.860 (1.763, 2.013) 1.910 (1.845, 2.113) −0.030 (−0.088, 0.335)
PC ae C38:3 3.340 (2.760, 3.960) 4.040 (2.960, 4.480) 0.800 (−0.570, 1.290) § 3.160 (2.530, 4.058) 2.920 (2.353, 3.075) −0.590 (−1.000,−0.198)
PC ae C38:4 11.75 (7.42, 14.2) 10.71 (9.1, 14.1) 0.350 (−0.800, 2.400) § 14.1 (11.6, 15.15) 10 (8.668, 12.1) −2.540 (−4.033,−1.975)
PC ae C38:5 12.9 (11.4, 14.4) 13.3 (10.2, 17.4) 1.750 (−1.000, 4.400) § 16.2 (13.9, 18.875) 12.9 (10.725, 13.8) −4.100 (−5.880,−3.000)
PC ae C38:6 4.910 (4.050, 5.720) 4.720 (4.280, 7.240) 0.685 (−0.100, 1.390) § 5.270 (4.880, 6.490) 3.940 (3.760, 4.133) −1.760 (−2.057,−1.080)
PC ae C40:2 1.010 (0.851, 1.140) 1.215 (1.060, 1.460) * 0.219 (0.120, 0.310) § 1.180 (1.000, 1.335) 1.010 (0.933, 1.275) −0.120 (−0.377,−0.067)
PC ae C40:5 2.040 (1.770, 2.370) 2.405 (1.600, 2.700) 0.390 (−0.100, 0.860) § 2.660 (2.395, 2.767) 2.110 (1.822, 2.190) −0.700 (−0.935,−0.298)
PC ae C40:6 2.750 (2.390, 3.550) 2.840 (2.640, 3.910) * 0.565 (0.220, 0.840) § 3.020 (2.740, 3.775) 2.570 (2.252, 2.865) −0.410 (−1.168,−0.338)
PC ae C42:2 0.223 (0.188, 0.259) 0.250 (0.222, 0.294) * 0.219 (0.120, 0.310) 0.258 (0.195, 0.313) 0.265 (0.209, 0.295) −0.036 (−0.058, 0.041)
PC ae C42:3 0.339 (0.243, 0.395) 0.395 (0.256, 0.512) * 0.078 (0.004, 0.140) § 0.286 (0.266, 0.349) 0.331 (0.261, 0.362) 0.002 (−0.053, 0.040) //
PC ae C42:4 0.272 (0.217, 0.415) 0.300 (0.242, 0.482) 0.036 (0.009, 0.090) § 0.316 (0.272, 0.410) 0.251 (0.216, 0.297) −0.060 (−0.134,−0.005)
PC ae C42:5 0.875 (0.693, 0.944) 0.984 (0.579, 1.160) 0.066 (−0.146, 0.182) § 1.020 (0.956, 1.293) 0.887 (0.791, 1.051) −0.169 (−0.365,−0.074)
PC ae C44:5 0.421 (0.302, 0.464) 0.430 (0.231, 0.535) −0.009 (−0.075, 0.154) § 0.487 (0.438, 0.639) 0.376 (0.323, 0.492) −0.111 (−0.149,−0.090)
PC ae C44:6 0.319 (0.234, 0.345) 0.342 (0.247, 0.435) 0.053 (−0.015, 0.105) § 0.405 (0.354, 0.517) 0.304 (0.259, 0.361) −0.126 (−0.177,−0.031)
SM (OH) C14:1 2.295 (1.830, 3.050) 3.065 (2.220, 3.380) * 0.425(0.160, 0.890) 2.660 (2.023, 2.830) 2.210 (2.152, 3.325) 0.000 (−0.642, 0.352) //
SM (OH) C16:1 0.948 (0.761, 1.260) 1.300 (1.010, 1.390) 0.250 (0.041, 0.416) 1.170 (0.998, 1.405) 1.030 (0.849, 1.293) −0.240 (−0.353, 0.054)
SM (OH) C22:1 0.731 (0.684, 0.915) 0.837 (0.727, 1.140) * 0.082(−0.004, 0.289) 0.738 (0.574, 1.065) 0.732 (0.516, 0.916) −0.130 (−0.258, 0.146)
SM (OH) C24:1 0.071 (0.053, 0.098) 0.077 (0.052, 0.098) 0.003 (−0.011, 0.023) § 0.065 (0.054, 0.095) 0.054 (0.041, 0.069) −0.015 (−0.033,−0.010)
SM C16:0 35.95 (31, 39.9) 48.95 (38.7, 54.9) * 13.3 (3.8, 18.3) § 42.9 (30.475, 48.575) 40.6 (37.9, 45.275) −0.900 (−6.175, 6.100)
SM C16:1 5.570 (5.100, 6.520) 6.815 (5.710, 8.650) * 1.260 (0.220, 3.190) § 6.610 (5.390, 7.965) 6.410 (5.200, 7.570) 0.060 (−1.385, 0.643)
SM C18:0 6.245 (5.380, 7.030) 7.385 (6.880, 8.770) * 1.300 (0.450, 2.620) § 6.010 (5.343, 9.427) 6.430 (4.728, 6.750) −1.580 (−3.072, 0.520)
SM C18:1 3.020 (2.890, 3.700) 3.585 (2.950, 4.210) * 0.525 (0.200, 0.840) § 3.560 (2.887, 4.277) 2.960 (2.325, 3.502) −0.880 (−1.333, 0.065) //
SM C20:2 0.127 (0.108, 0.142) 0.169 (0.106, 0.258) * 0.045 (0.005, 0.116) 0.168 (0.128, 0.182) 0.117 (0.107, 0.199) 0.008 (−0.041, 0.044)
SM C24:0 1.050 (0.838, 1.380) 1.235 (1.020, 1.560) * 0.158 (0.050, 0.465) 1.000 (0.747, 1.370) 0.954 (0.882, 1.115) −0.056 (−0.247, 0.145)
SM C24:1 3.410 (2.740, 4.310) 4.885 (3.580, 5.310) * 0.565 (0.050, 2.420) 4.060 (2.388, 5.902) 3.680 (3.293, 4.188) −0.580 (−1.877, 0.998)
Arginine 42.25 (29.2, 58.2) 64 (56.1, 86) * 23.15 (3.500, 49.20) 40.70 (31.750, 59.850) 69.20 (51.125, 86.200) 25.10 (10.425, 54.075)
Histidine 64.2 (51, 72.7) 47.1 (37.1, 56.4) * −15.55 (−24.3, −2.4) 64.70 (51.525, 80.650) 61.30 (56.500, 91.850) 1.00 (−3.750, 7.375)
Lysine 114.5 (103, 141) 161 (135, 241) * 49.95 (6.0, 130) 146 (93.925, 271.750) 190 (155.250, 217.750) 55 (38.825, 81.575)
Ornitine 23.65 (20.1, 31.1) 58.95 (31.2, 84.4) * 12.60 (−2.70, 65.10) 31.30 (22.625, 42.875) 69.40 (47.675, 92.650) 34.00 (15.250, 76.493)
Serine 41.05 (33.5, 50.3) 63.1 (55.2, 84.4) * 22.30 (5.10, 29.80) 43.60 (38.275, 56.375) 66.60 (54.800, 81.300) 26.30 (7.900, 48.300)
Threonine 56.2 (37.4, 68.7) 78.35 (60, 89.6) * 24.70 (−3.80, 43.20) 53.70 (42.550, 74.100) 80.40 (72.200, 102.300) 19.80 (15.625, 35.325)
Trptophan 16.25 (11.9, 21.6) 27.6 (20.5, 35.1) * 9.335 (0.200, 19.10) 13.50 (9.720, 30.275) 22.20 (21.875, 70.950) 14.88 (4.050, 28.010)
Tyrosine 40.2 (32.9, 45.9) 50.95 (37.4, 62.4) * 9.05 (−4.900, 31.100) 52.00 (36.675, 62.500) 48.10 (37.050, 90.875) 2.80 (−2.475, 28.450)
Creatinine 91.95 (64.7, 134) 74 (55.9, 98.1) * −14.65 (−35.90, −7.0) 92.40 (82.475, 132.250) 106 (77.225, 168.500) 1.50 (−9.450, 19.60)
Met SO 0.552 (0.001, 0.735) 0.800 (0.591, 1.190) * 0.220 (−0.062, 0.859) 0.905 (0.116, 1.423) 1.380 (0.227, 2.768) 0.000 (−0.075, 2.196)
Taurine 27.15 (14.6, 36.7) 15.7 (10.7, 20.3) * −10.55 (−13.40, −4.0) 38.60 (30.125, 40.550) 23.10 (13.900, 29.725) −14.20 (−25.950, −7.400)
Kynurenine 3.610 (2.530, 4.850) 3.325 (2.630, 6.450) 0.215 (−0.630, 1.780) § 4.110 (2.848, 4.633) 6.010 (4.840, 9.938) 1.520 (1.380, 5.632)

Significant differences between T1 and T2 are marked with *(Wilcoxon sign-rank test p < 0.05), §marks differences in the delta between R and NR (Wilcoxon rank-sum test p < 0.05). Metabolite abundance changed significantly from T1 to T2 in the NR group.