Data for Physiological and metabolic response of crab megalopae and juveniles to ocean acidification (part-II) (Study ST001102)

(Analysis AN001791)

Values for each metabolite have been scaled by dividing by the mean across all factors

Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

MetaboliteF1F2F3F4F5F6F7F8F9F10F11F12F13F14F15F16
Acylcarnitine (16:0) [M+H]+ 0.6780 0.7249 0.7892 0.5646 1.1665 1.4884 1.5024 1.0519 0.9747 0.9245 0.9372 1.8041 1.1291 1.0772 0.7675 0.8745
Acylcarnitine (18:0) [M+H]+ 0.7323 0.8779 0.8033 0.5414 1.1780 1.3742 1.4164 0.9960 1.0927 0.9517 0.9890 1.5451 1.2166 1.0433 0.7412 0.8306
Acylcarnitine (18:1) [M+H]+ 0.9029 0.8225 0.7398 0.7275 1.3368 1.3652 1.1749 0.9300 0.9534 0.8727 1.0315 1.2865 1.0677 1.1276 0.8189 1.1218
Acylcarnitine (20:1) [M]+ 0.6877 0.8703 0.7986 0.3523 1.2511 1.4400 1.4482 0.9202 0.9113 0.9909 0.7996 1.7232 1.1978 1.1322 0.6971 1.0624
Acylcarnitine (20:5) [M]+ 0.9037 1.0200 0.6632 0.8223 0.9030 1.3225 1.1482 1.0941 0.9500 0.9207 0.8203 1.6591 0.8355 1.0803 0.9946 0.9750
Acylcarnitine (22:6) [M]+ 0.8043 0.8966 0.5912 0.5545 1.0073 1.4517 1.1008 1.0469 0.9380 1.0376 0.8303 1.6033 0.9025 1.1931 0.8834 1.1479
CE (20:5) [M+Na]+ 1.3995 0.9562 0.7063 1.1548 1.7503 0.8360 0.7084 0.7832 1.2526 0.7124 0.8189 2.3741 0.7661 0.8159 1.3598 1.1661
CE (22:1) [M+NH4]+ iSTD 0.9685 0.9444 0.9108 0.9437 0.9806 1.0883 1.1082 0.9098 1.0900 0.8802 1.1543 0.7906 0.8096 1.0664 1.0998 0.9415
CE (22:6) [M+NH4]+ 1.1563 0.8932 0.6166 0.9233 1.1374 1.1128 0.8728 0.9440 1.2008 0.8398 0.8447 1.1183 0.8996 1.0829 1.4894 0.9512
Ceramide C17 [M+H-H2O]+ iSTD 0.9663 0.9367 0.9045 0.8732 0.9430 1.1413 1.1544 0.8744 1.1360 0.8559 1.1810 0.7911 0.7704 1.0579 1.0871 0.9452
Cholesterol d7 [M-H2O+H]+ iSTD 0.9722 0.8836 1.0568 1.0338 1.1890 1.0457 1.0447 0.9912 1.0162 0.8777 1.1177 0.7734 0.9448 0.9183 1.0981 1.1094
Cholesterol [M-H2O+H]+ 1.0378 0.9787 1.0352 0.9890 1.0094 0.9864 0.9999 0.9662 0.9527 1.0010 1.0266 0.9870 0.9999 0.9968 0.9951 1.0435
CUDA (pos) [M+H]+ iSTD 0.9990 1.0110 0.9847 0.9469 1.0115 0.9749 1.0249 0.9700 1.0501 0.9507 1.0192 1.0431 0.9194 1.0620 0.9504 1.0306
DG (12:0/12:0/0:0) [M+NH4]+ iSTD 0.9583 0.9672 0.8953 0.8973 0.9255 1.0785 1.1077 0.9606 1.0772 0.9044 1.0963 0.8062 0.8557 1.0851 1.0937 0.9460
DG (18:1/2:0/0:0) [M+NH4]+ iSTD 0.9423 0.9631 0.8957 0.8489 0.9503 1.1023 1.1137 0.9213 1.1184 0.9449 1.0611 0.9569 0.8310 1.0667 1.0711 0.9206
DG (38:5) [M+Na]+ 0.9149 0.9350 0.8672 0.8442 0.7009 1.2199 1.0621 0.8969 0.9974 1.0747 0.9787 0.8876 0.7221 1.2798 1.0026 0.8599
DG (38:6) [M+Na]+ 0.9870 1.0230 0.8231 0.7946 0.7615 1.1512 0.9455 0.8566 1.0956 1.0506 1.0603 0.8628 0.7095 1.2951 1.1200 0.7432
Gal-Gal-Cer(d18:1/16:0) or Lactosylceramide(d18:1/16:0) [M+Na]+ 0.9427 0.9977 0.7857 0.7665 0.9345 1.1913 1.0771 1.0075 1.1537 0.8940 0.8762 1.0235 0.7835 1.1051 1.2216 0.9099
LPC (16:0) [M+H]+ 0.8445 1.9824 0.8298 0.6319 0.7496 1.0339 1.1980 0.7182 1.2313 0.8866 0.9208 1.0968 0.7652 0.8753 0.7799 0.8051
LPC (16:1) [M+H]+ 0.8514 0.8349 0.9931 0.6667 0.6074 1.4105 1.0263 0.6758 1.3370 1.2962 1.0838 0.5607 0.7017 1.1757 0.6678 0.9346
LPC (17:0) [M+H]+ iSTD 1.0166 0.9413 0.9633 0.8236 0.9589 1.1093 1.1464 0.9048 1.1019 0.8644 1.1820 0.7643 0.7410 1.0529 1.0971 0.9257
LPC (18:0) [M+H]+ 0.8822 1.3733 0.9479 0.6863 0.9498 1.1087 1.1454 0.8118 1.4478 0.9254 0.8821 1.1450 0.9180 0.8896 0.8836 0.8024
LPC (18:1) [M+H]+ 0.9542 1.0034 0.9706 0.7790 1.0050 1.0010 1.0681 0.7710 1.3871 1.0951 1.1500 0.8389 0.7574 1.0092 0.7698 0.9468
LPC (20:1) [M+H]+ 0.8862 1.5616 0.7545 0.5991 1.0611 1.1643 1.3087 0.7489 1.1626 0.8228 0.9097 1.2470 0.8416 0.9074 0.8158 0.9431
LPC (20:4) [M+H]+ 0.8759 0.8673 0.9757 0.6695 0.8914 1.2373 1.0055 0.8270 1.1298 1.2940 1.1812 0.3412 0.6972 1.1053 0.6971 1.0998
LPC (20:5) [M+H]+ 0.8637 0.7068 1.0989 0.5583 0.6958 1.2201 1.1340 0.6659 1.0991 1.3657 1.5724 0.2050 0.8104 1.0896 0.5714 1.1134
LPC (22:5) [M+H]+ 0.8154 0.8302 0.8491 0.6014 0.7297 1.1685 1.1395 0.6861 1.1789 1.4032 0.9583 0.2793 0.6857 1.3543 0.7508 0.9251
LPC (22:6) [M+H]+ 0.7357 0.8668 0.9968 0.4870 0.6576 1.4669 1.1478 0.6649 1.0318 1.3919 1.1167 0.4339 0.7067 1.3192 0.5649 0.9178
LPC (o-16:0) [M+H]+ 0.6541 1.6849 0.5991 0.5747 0.6810 1.2354 1.7036 0.5857 1.1457 0.9594 0.7579 1.1791 0.6074 0.9446 0.8029 0.7293
LPC (p-16:0) or LPC (o-16:1) [M+H]+ 0.8240 1.3325 0.8432 0.8745 0.8298 1.0991 1.1903 0.7544 1.1990 0.9930 1.0840 1.0812 0.6661 0.9767 0.8070 0.8983
LPE (17:1) [M+H]+ iSTD 1.0246 0.9292 0.9578 0.8661 0.9167 1.0990 1.1118 0.9278 1.0883 0.8913 1.1512 0.7689 0.7678 1.0636 1.1028 0.9312
MG (17:0/0:0/0:0) [M+Na]+ iSTD 0.9225 0.9723 0.8530 0.8986 0.9624 1.0778 1.1273 0.9488 1.1556 0.8897 1.1505 0.7575 0.8325 1.0512 1.1429 0.8943
PC (25:0) [M+H]+ iSTD 0.9870 0.9638 0.9545 0.8661 1.0040 1.1097 1.0895 0.9081 1.1978 0.9187 1.1080 0.8563 0.8293 1.0157 1.0192 0.9151
PC (28:0) [M+H]+ 0.8433 1.0390 0.9044 0.7541 0.9509 1.3796 1.1091 0.9239 0.9931 0.8983 1.1773 1.0510 0.6564 1.1231 0.9193 0.9235
PC (30:0) [M+H]+ 0.8771 1.0154 0.9166 0.8444 0.7972 1.2653 1.1631 0.9348 0.9726 0.9175 1.1481 1.0101 0.7618 1.0945 0.9031 0.9961
PC (30:1) [M+H]+ 0.7546 1.0105 0.7202 0.6097 0.6714 1.5702 1.1439 0.9700 0.9778 0.8377 0.9138 1.0965 0.6155 1.3434 1.0834 0.9799
PC (31:0) [M+H]+ 0.7980 0.9940 0.7895 0.8167 0.7969 1.5112 1.2376 0.8951 1.0961 0.8838 1.0176 1.0240 0.8196 1.1542 0.8598 0.8596
PC (32:0) [M+H]+ 0.8910 0.9883 0.8782 0.7741 0.8001 1.3080 1.1441 0.8798 1.0995 0.9321 1.1198 0.9847 0.8596 1.1384 0.9123 0.8989
PC (32:1) [M+H]+ 0.8769 0.9385 0.8467 0.7921 0.7772 1.3183 1.1290 0.9732 1.0397 0.9025 1.0137 1.0059 0.7608 1.1836 0.9870 1.0072
PC (32:2) [M+H]+ 0.7944 0.9528 0.7724 0.7705 0.9835 1.3435 1.1193 0.9672 1.0058 0.8487 0.9292 1.0331 0.6170 1.3206 1.0652 0.9713
PC (33:0) [M+H]+ 0.7236 1.0497 0.8352 0.7707 1.0226 1.3228 1.0190 0.9722 1.2643 0.9198 1.0996 0.9472 0.5524 1.3432 0.7287 0.8511
PC (33:1) [M+H]+ 0.8747 0.9490 0.7422 0.7633 0.8770 1.3489 1.1555 0.9804 1.1845 0.8817 0.9997 1.0506 0.7755 1.1647 0.9689 0.9042
PC (33:2) [M+H]+ 0.8120 1.0233 0.6252 0.7176 1.1233 1.3179 1.1995 1.0479 1.0219 0.8445 0.9343 1.1095 0.6098 1.2933 1.0164 0.8505
PC (34:0) [M+H]+ 0.8823 0.9978 0.9410 0.7900 0.8767 1.2114 1.0936 0.9076 1.1152 0.9659 1.1372 0.9805 0.8117 1.1058 0.9493 0.8869
PC (34:1) [M+H]+ 0.9717 0.9955 0.8855 0.8315 0.9494 1.1216 1.0732 0.9457 1.1233 0.9057 1.0496 0.9822 0.8367 1.1255 0.9895 0.9527
PC (34:2) [M+H]+ 0.9036 1.0798 0.6875 0.6268 1.2764 1.1847 1.0929 0.9788 1.1864 0.7724 1.0362 0.9371 0.6333 1.2876 1.0908 0.8344
PC (34:3) [M+H]+ 1.0592 1.4767 0.5778 0.4256 2.0002 0.9825 1.0521 0.7937 1.0645 0.4731 1.2928 0.7733 0.3549 1.5518 1.1750 0.5396
PC (34:4) [M+H]+ 0.7478 1.3440 0.6162 0.6154 1.0516 1.4893 1.1320 0.9188 0.9215 0.7564 0.7842 1.3103 0.6570 1.3833 1.1275 0.7186
PC (35:1) [M+H]+ 0.9422 0.9792 0.8385 0.8378 0.9505 1.2301 1.1531 0.8735 1.1619 0.8799 1.0523 0.9861 0.8098 1.1453 0.9170 0.9116
PC (35:2) [M+H]+ 0.8568 1.0268 0.7620 0.6376 1.1149 1.2386 1.1960 1.0519 1.2555 0.8139 0.9881 0.7391 0.8102 1.1999 0.9276 0.8954
PC (35:3) [M+H]+ 0.9149 1.2627 0.7227 0.6736 1.4729 1.1242 1.0794 0.8005 1.1250 0.7457 1.0583 1.0122 0.6487 1.2796 1.0554 0.7658
PC (36:1) [M+H]+ 0.9569 0.9473 0.9164 0.8484 0.8390 1.2222 1.0845 0.9091 1.1322 0.9422 1.0854 0.9830 0.8235 1.0817 0.9609 0.9549
PC (36:2) [M+H]+ 0.9083 1.0392 0.7947 0.7830 1.0572 1.0994 1.0779 0.9355 1.2389 0.8541 1.0382 1.0330 0.7804 1.1672 1.0368 0.9100
PC (36:2); PC(18:1/18:1); [M+H]+ 0.9370 1.0315 0.8339 0.7832 1.0481 1.1089 1.0819 0.9222 1.2172 0.8568 1.0527 1.0117 0.7652 1.1567 1.0148 0.9132
PC (36:3) B [M+H]+ 0.9192 1.1179 0.6928 0.5844 1.3060 1.1572 1.1436 0.9492 1.2667 0.7622 1.0613 1.0870 0.7393 1.2245 1.0272 0.7708
PC (36:4) A [M+H]+ 0.8913 1.1044 0.7321 0.7233 0.8918 1.2262 1.1013 1.0566 1.1278 0.8484 1.0327 1.1227 0.8303 1.1204 1.0444 0.9200
PC (36:4) B [M+H]+ 0.8739 1.0847 0.7423 0.7994 0.8425 1.3125 1.1737 1.0403 1.0993 0.8505 0.8921 1.0665 0.7840 1.1763 0.9676 0.8881
PC (36:4) C [M+H]+ 1.0078 0.9947 0.9802 0.9194 0.9830 1.0415 1.0389 0.9501 0.9961 0.9638 1.0042 1.0012 0.9132 1.0679 0.9925 1.0115
PC (36:5) A [M+H]+ 0.6365 1.5140 0.5867 0.4738 0.7348 1.6288 1.1926 0.8921 0.8200 0.8246 0.6987 1.6557 0.5626 1.3692 1.1556 0.6704
PC (36:5) B [M+H]+ 0.9156 1.1060 0.7708 0.7288 0.9207 1.1873 1.0999 1.0312 1.0950 0.8475 0.9963 1.1113 0.8256 1.1514 1.0483 0.9214
PC (36:6) [M+H]+ 0.6049 1.4718 0.5808 0.4653 0.7088 1.6226 1.1591 0.8647 0.8605 0.8506 0.6915 1.6433 0.5717 1.4157 1.1720 0.6897
PC (37:2) [M+H]+ 1.0983 1.4031 0.6476 0.8734 1.0995 1.0406 0.7854 0.8832 1.6084 0.8977 0.3031 1.4341 1.2302 1.1371 0.9708 0.8150
PC (37:4) [M+H]+ 0.8133 0.8237 0.7345 0.8781 0.8767 1.2689 1.1853 0.8701 1.3021 0.9765 1.0277 1.1941 0.9202 1.1046 0.9452 0.8975
PC (37:6) [M+H]+ 0.8074 1.1321 0.6550 0.6521 0.7879 1.4348 1.1807 0.9806 1.0719 0.8697 0.8611 1.4237 0.7388 1.2653 0.9662 0.8174
PC (38:2) [M+H]+ 0.9285 0.9569 0.9391 0.8307 0.9640 1.2054 1.0803 0.9304 1.1241 0.9105 1.0443 0.9656 0.8232 1.0977 0.9849 0.9630
PC (38:3) [M+H]+ 0.8593 1.0669 0.6936 0.8108 1.1734 1.0970 1.0167 0.9873 1.4574 0.8695 1.0161 0.9573 0.7316 1.0854 1.0351 0.9030
PC (38:4) A [M+H]+ 0.9096 1.0714 0.8105 0.8385 0.9130 1.1880 1.1401 1.0401 1.1440 0.8901 0.9215 0.9895 0.8132 1.0922 1.0181 0.8798
PC (38:4) B [M+H]+ 0.8721 0.9571 0.7937 0.8055 0.8016 1.4069 1.1002 0.8962 1.2890 0.9311 1.1315 0.9496 0.7859 1.0692 0.9282 0.8691
PC (38:5) A [M+H]+ 0.8708 1.0432 0.7129 0.7176 0.9667 1.2973 1.1616 1.0312 1.1756 0.8227 0.8974 1.0667 0.7632 1.2148 0.9990 0.8887
PC (38:5) B [M+H]+ 0.9129 1.0915 0.7420 0.6776 0.9602 1.2150 1.1011 1.0838 1.2389 0.8299 1.0154 1.0098 0.8478 1.1248 1.0480 0.8460
PC (38:6) A [M+H]+ 0.9162 1.0993 0.8330 0.7795 0.8824 1.1866 1.0698 0.9801 1.0351 0.9572 0.9073 1.1136 0.8892 1.1566 1.0099 0.8965
PC (38:6) B [M+H]+ 0.8506 1.1400 0.6165 0.6463 1.1074 1.1004 1.1177 0.9884 1.1951 0.8441 1.0430 1.0765 0.8774 1.3119 1.0209 0.7734
PC (38:6) C [M+H]+ 0.9273 1.0646 0.8004 0.8308 1.1577 1.0732 1.1136 1.0160 1.1642 0.7850 1.0475 1.0011 0.8726 1.0987 1.0103 0.9837
PC (38:7) [M+H]+ 0.7065 1.0398 0.7349 0.5741 0.9087 1.4885 1.1446 0.9949 1.0918 0.8555 0.8527 1.2967 0.6896 1.3502 0.9572 0.8983
PC (39:6) [M+H]+ 0.8603 1.1404 0.6530 0.5868 1.1243 1.4372 1.1708 0.9913 1.1811 0.8628 0.8590 1.0577 0.7663 1.2865 0.9356 0.6287
PC (40:5) A [M+H]+ 0.9100 1.0259 0.7429 0.7844 0.9698 1.3017 1.1262 1.0834 1.0850 0.8768 0.8150 1.0795 0.8530 1.1400 1.0699 0.8799
PC (40:5) B [M+H]+ 0.9204 1.0557 0.7423 0.7172 1.0416 1.1784 1.0448 1.0051 1.2409 0.7992 0.8556 1.0280 0.8466 1.2383 1.1392 0.8987
PC (40:6) A [M+H]+ 0.9059 1.0024 0.7177 0.7206 0.9962 1.3374 1.1573 1.1053 1.1811 0.7830 0.9212 1.0826 0.8745 1.1209 1.0516 0.8975
PC (40:6) B [M+H]+ 0.7794 1.2374 0.7251 0.5068 0.9598 1.5814 1.0634 0.9473 1.1306 0.9530 0.7921 1.1822 0.7870 1.2752 0.9213 0.6643
PC (40:7) [M+H]+ 0.8957 1.0854 0.8668 0.7421 1.0915 1.1707 1.0719 0.9420 1.0975 0.8716 0.9519 1.1091 0.8345 1.1849 0.9952 0.9149
PC (40:8) [M+H]+ 1.0088 1.1372 0.6252 0.6298 1.7460 0.8549 0.8819 1.0992 1.3986 0.6638 1.2567 1.2320 0.6864 1.3521 1.1331 0.6097
PC (42:6) [M+H]+ 1.1414 1.0206 0.8845 0.5505 0.9930 1.5194 0.9796 1.1560 0.9949 0.7611 0.9996 0.8053 0.9549 1.2096 0.8879 0.9355
PC (o-32:0) [M+H]+ 0.9040 1.0731 0.8059 0.7616 0.8927 1.3915 1.2969 0.8327 1.0769 0.8792 0.8430 1.4358 0.8087 1.1593 0.8851 0.7384
PC (p-32:0) or PC (o-32:1) [M+H]+ 0.9224 1.1199 0.7694 1.0600 0.7940 1.1807 1.2590 0.8478 1.1370 0.9822 0.7601 1.1646 1.0027 1.0418 0.7929 0.8805
PC (p-32:1) or PC (o-32:2) [M+H]+ 0.8519 0.8227 0.8389 0.9352 0.6659 1.3484 1.3147 0.9268 1.1206 0.9544 1.0188 0.9262 0.8771 1.0433 0.9009 0.9691
PC (p-34:0) or PC (o-34:1) [M+H]+ 0.9259 0.9457 0.8969 0.8681 0.9313 1.1091 1.0943 0.9097 1.1918 0.9607 1.1158 0.9063 0.7738 1.0057 1.0316 0.9996
PC (p-34:1) or PC (o-34:2) A [M+H]+ 0.9068 0.8051 1.0570 0.9713 0.6909 1.2430 1.2712 0.7910 1.0957 0.9757 1.1803 0.8228 0.8649 0.9576 0.8800 1.0503
PC (p-34:1) or PC (o-34:2) B [M+H]+ 0.9459 0.9433 0.9453 0.9626 0.8034 1.1854 1.1752 0.8620 1.1622 0.9526 0.9971 0.9890 0.8039 1.0545 0.9051 0.9351
PC (p-34:2) or PC (o-34:3) [M+H]+ 0.9022 0.9360 0.9644 0.6340 0.8936 0.8337 1.0432 0.9248 1.5596 0.8823 0.9177 0.6180 0.6107 1.2266 1.1356 1.1155
PC (p-36:2) or PC (o-36:3) [M+H]+ 0.9195 0.9227 0.9841 0.7905 1.0621 0.8738 0.9392 0.9994 1.1905 1.0320 0.8520 1.1503 0.9880 1.1037 1.1123 1.0948
PC (p-36:3) or PC (o-36:4) [M+H]+ 0.8348 1.0429 0.7124 0.7707 0.8954 1.2264 1.1217 1.0155 1.2010 0.9244 0.9365 0.9210 0.7835 1.1419 1.0650 0.9057
PC (p-36:4) or PC (o-36:5) [M+H]+ 0.7211 1.0415 0.9871 0.7289 0.9760 1.2235 1.1367 1.0095 1.1857 0.9274 0.7775 1.0777 0.8320 1.0572 1.1047 0.8377
PC (p-38:3) or PC (o-38:4) [M+H]+ 0.8776 1.1024 0.8076 0.9752 1.0356 1.1555 1.1073 1.0923 1.2293 0.8273 0.7556 0.3503 0.9436 1.1428 1.2026 0.7698
PC (p-38:4) or PC (o-38:5) A [M+H]+ 1.0325 0.9530 0.9895 0.7822 0.9028 1.1106 1.0838 0.8848 1.0322 0.8089 1.1404 0.9144 0.8036 1.1601 1.1283 0.9953
PC (p-38:5) or PC (o-38:6) [M+H]+ 0.7624 1.0701 0.5762 0.6351 1.0781 1.3690 1.1421 1.0060 1.2250 0.9180 0.7093 1.3775 0.7046 1.2150 1.0904 0.8190
PC (p-40:4) or PC (o-40:5) [M+H]+ 0.9279 1.0229 0.5620 0.7758 0.8025 0.9156 1.1506 1.0517 1.2947 0.9163 0.8611 1.0990 0.9905 1.1688 1.1152 1.0029
PC (p-40:5) or PC (o-40:6) [M+H]+ 0.9310 0.9536 0.8582 0.8562 0.9772 1.1896 1.0769 0.8954 1.1654 0.8728 1.0333 0.8956 0.7610 1.1645 1.0666 0.9308
PC (p-40:6) or PC (o-40:7) B [M+H]+ 0.9514 0.9883 0.8010 0.7222 0.9587 1.2790 1.1130 1.0391 1.0832 0.8718 0.9442 1.1935 0.9127 1.1283 1.0071 0.9204
PE (17:0/17:0) [M+H]+ iSTD 1.0651 0.9741 0.8676 0.8125 1.0508 1.0098 1.0645 0.8735 1.2176 0.9088 1.0856 0.8482 0.8383 1.0486 1.2137 0.8398
PE (36:1) [M+H]+ 1.0021 0.8921 0.8912 0.8009 0.9430 1.2618 1.1235 0.9244 1.0334 0.9351 1.0053 1.0856 0.9552 1.1364 0.9145 0.9488
PE (38:4) [M+H]+ 0.8615 0.9901 0.8677 0.8706 0.7254 1.2208 1.2739 0.9199 1.1174 0.9146 0.9564 0.9857 0.8077 1.1211 0.9114 0.9362
PE (38:6) [M+H]+ 0.8963 1.0341 0.7837 0.7538 0.8269 1.2729 1.1404 0.9561 1.1218 0.9187 0.9807 1.0729 0.8771 1.1850 0.9195 0.8946
PE (p-36:4) or PE (o-36:5) [M+H]+ 0.8487 0.9479 0.8752 1.0449 0.7495 1.3463 1.2373 0.9182 0.9956 0.8955 0.9742 0.9223 0.8367 1.0899 0.9021 0.9905
PE (p-38:5) or PE (o-38:6) [M+H]+ 1.0385 0.9296 0.9310 0.7774 0.9510 1.1077 1.0642 0.8823 1.0689 0.8612 1.1717 0.9205 0.8049 1.1481 1.0940 0.9750
SM (d32:0) [M+H]+ 0.9017 1.1120 0.7328 0.8197 0.8642 1.3467 1.0454 0.7826 1.0762 0.8552 0.9804 1.0108 0.8746 1.2403 1.0652 0.9050
SM (d32:1) [M+H]+ 0.8925 0.9843 0.7582 0.7618 0.9981 1.2759 1.1713 0.9535 1.1439 0.8335 1.0420 1.1822 0.8448 1.1405 0.9721 0.9165
SM (d33:1) [M+H]+ 0.9402 0.9351 0.8040 0.8415 0.9161 1.2676 1.2068 0.9179 1.0920 0.8734 1.0352 0.9238 0.8115 1.1186 0.9180 1.0061
SM (d34:0) [M+H]+ 0.9899 0.8040 0.9665 0.6416 0.6774 1.0362 1.3298 1.2180 1.2830 1.2441 0.7739 0.7246 0.6500 1.0184 0.8772 0.7271
SM (d34:1) [M+H]+ 0.9666 0.9671 0.8104 0.9054 0.9355 1.0482 1.0822 0.9382 1.1787 0.8848 1.0950 0.9688 0.8966 1.1086 1.0179 0.9992
SM (d34:2) [M+H]+ 1.0090 0.9482 0.6826 0.7659 0.8192 1.3027 1.0992 1.1883 1.0964 0.8081 1.0321 1.3669 0.9792 1.0835 0.8820 1.0885
SM (d35:1) [M+H]+ iSTD 0.9129 0.9443 0.8266 0.8523 0.9135 1.2912 1.2062 0.8936 1.0893 0.8458 1.0435 0.8829 0.7677 1.1441 0.9776 0.9615
SM (d36:0) [M+H]+ 0.9035 1.0343 0.7577 0.9520 1.0415 1.1050 1.0169 0.9941 1.2625 0.9624 0.9690 0.8718 0.8382 1.0535 0.9845 0.9590
SM (d36:1) [M+H]+ 0.9462 0.9473 0.8481 0.8303 0.9432 1.1760 1.0834 0.9194 1.1526 0.8751 1.1151 0.9279 0.8192 1.1457 1.0090 0.9642
SM (d36:2) [M+H]+ 0.9329 0.9188 0.8880 1.0269 0.8688 1.1622 1.1807 0.9217 1.0724 0.8438 1.1343 0.8433 0.8931 1.0680 0.9421 1.0456
SM (d38:1) [M+H]+ 0.9398 0.9528 0.9069 0.8798 0.9063 1.2585 1.0804 0.9272 1.0364 0.9093 1.1126 0.9287 0.8269 1.1019 0.9821 0.9655
SM (d38:2) [M+H]+ 0.8561 0.9558 0.8459 0.8600 0.8720 1.4059 1.1971 0.9206 1.0370 0.8484 1.0225 1.0695 0.8893 1.0997 0.9604 0.9534
SM (d39:1) [M+H]+ 0.9875 0.9398 0.9862 0.9065 0.8622 1.1646 1.0997 0.8481 1.0127 0.9187 1.0649 1.1426 0.8622 1.1519 0.9099 0.9791
SM (d40:2) A [M+H]+ 0.8959 1.0271 0.8404 0.7415 0.7617 1.4667 1.1231 0.9440 0.9852 0.9439 0.9014 1.2783 0.8006 1.1315 0.9902 0.8735
SM (d42:2) A [M+H]+ 1.2265 1.0503 0.8983 0.9793 0.9245 1.0538 0.9402 0.9391 0.9322 0.8293 1.0061 1.0267 0.9880 1.1761 1.0912 0.9246
Sphingosine (d17:1) [M+H]+ iSTD 0.9701 0.9215 0.9432 0.8808 0.9307 1.1271 1.1295 0.8717 1.1082 0.8868 1.2500 0.7748 0.7640 1.0519 1.0880 0.9212
TG (17:0/17:1/17:0) d5 [M+Na]+ iSTD 1.0175 0.9293 0.8879 0.8930 0.9944 1.0693 1.1160 0.8771 1.1088 0.8715 1.1542 0.7622 0.7856 1.0869 1.1541 0.9160
TG (46:1) [M+NH4]+ 0.4208 0.6679 1.1575 0.4310 0.7118 1.3522 1.8460 0.7178 0.9274 0.9505 1.0420 0.7354 0.5830 1.4577 1.0844 0.5648
TG (48:1) [M+NH4]+ 0.2359 0.7183 1.1922 0.1717 0.7957 1.5189 1.6948 0.8948 0.9905 1.0451 1.1063 0.8037 0.5930 1.4194 1.0231 0.5628
TG (48:2) [M+NH4]+ 0.3542 0.4853 1.3529 0.3433 0.8587 1.5264 2.0264 0.7957 0.8517 0.9465 1.1887 0.5358 0.3527 1.3455 1.0507 0.4842
TG (49:1) [M+NH4]+ 0.3154 0.6444 0.9676 0.2501 0.9077 1.4586 1.6971 0.8475 1.1043 1.1068 1.0891 0.7996 0.4749 1.2934 1.1705 0.5849
TG (49:2) [M+NH4]+ 0.4748 0.7102 0.9593 0.4192 1.1963 1.1360 1.7460 0.9095 0.8825 1.0294 1.0279 0.6618 0.6986 1.3828 1.0415 0.6577
TG (50:1) [M+NH4]+ 0.2853 0.7862 1.0896 0.1736 0.9579 1.4098 1.5081 0.9600 1.0325 1.0829 1.1444 0.9304 0.6905 1.3456 1.0981 0.6062
TG (50:2) [M+NH4]+ 0.2285 0.6150 1.2386 0.1866 1.0291 1.4506 1.6611 0.8846 0.9983 1.0002 1.2659 0.8525 0.5871 1.4155 1.0439 0.5885
TG (50:3) [M+NH4]+ 0.3544 0.5354 1.1655 0.2546 1.1320 1.0857 1.8473 1.0570 1.0053 0.8847 1.2409 0.6702 0.5190 1.4405 1.2139 0.5396
TG (50:4) [M+NH4]+ 0.2827 0.8769 0.9417 0.2047 0.8445 1.2477 1.7899 1.1823 0.9015 0.9589 0.9262 1.0533 0.7951 1.3705 1.2619 0.4659
TG (50:6) [M+NH4]+ 0.2808 0.8821 1.2597 0.2115 0.6539 1.4311 1.7576 0.9223 0.8509 0.8838 0.9051 0.9997 0.5685 1.3941 1.3354 0.5320
TG (51:1) [M+NH4]+ 0.2872 0.6985 0.9390 0.1435 0.9491 1.4109 1.5535 0.9974 1.1838 1.1227 1.1741 0.8747 0.6253 1.2812 1.1110 0.6269
TG (51:2) [M+NH4]+ 0.3381 0.6637 0.9993 0.2423 1.0454 1.3723 1.5547 0.9173 1.1385 1.0241 1.3116 0.9227 0.6457 1.3343 1.0872 0.5909
TG (51:3) [M+Na]+ 0.3746 0.6877 1.1649 0.2146 1.0759 1.3059 1.8955 0.9503 0.9279 0.8633 1.3470 0.9031 0.4635 1.2930 1.0815 0.5197
TG (51:3) [M+NH4]+ 0.2828 1.0934 0.7448 0.1072 0.9571 1.6564 1.6966 1.2894 0.7816 1.1337 0.6563 1.2402 0.8851 1.2597 0.7434 0.6425
TG (51:4) [M+NH4]+ 0.2724 0.8200 0.9023 0.2828 1.1127 1.2766 1.4721 1.0440 0.9367 0.8988 1.1771 0.8618 0.6511 1.6899 1.0988 0.5599
TG (51:5) [M+NH4]+ 0.2763 0.8128 0.9508 0.1666 0.7718 1.4157 1.5688 1.0831 1.1278 1.0940 0.9330 0.9891 0.6501 1.3396 1.2185 0.5228
TG (52:1) [M+Na]+ 0.2313 0.7927 1.0164 0.0896 0.9601 1.3499 1.5521 1.1303 1.0501 1.1337 1.0970 1.0544 0.8306 1.2930 1.1202 0.5546
TG (52:2) [M+NH4]+ 0.3061 0.7111 1.0996 0.1979 1.1257 1.3703 1.4816 0.9878 1.0612 1.0348 1.2674 0.9568 0.6987 1.3477 1.0350 0.6423
TG (52:3) [M+NH4]+ 0.2714 0.6608 1.0057 0.1636 1.3341 1.3746 1.5086 1.0529 1.1206 0.9723 1.2393 1.0218 0.6824 1.3373 1.1194 0.6284
TG (52:4) [M+NH4]+ 0.2089 0.8438 0.9803 0.1020 0.9796 1.3623 1.6066 1.1765 0.8853 1.0049 1.0866 1.0796 0.6736 1.4006 1.3015 0.4809
TG (52:5) [M+NH4]+ 0.1839 0.9879 1.1080 0.0962 0.6526 1.3644 1.6740 0.9512 0.8099 0.9289 0.9909 0.9778 0.5557 1.5379 1.4076 0.4864
TG (53:1) [M+NH4]+ 0.3789 0.7407 0.9812 0.1591 1.0000 1.3659 1.4965 1.1127 1.2476 1.0905 1.0636 0.8031 0.8867 1.2468 1.0376 0.6108
TG (53:2) [M+Na]+ 0.3929 0.7872 1.0083 0.1357 1.1580 1.3086 1.4273 1.0572 1.1277 1.0636 1.2380 0.9931 0.7153 1.3275 0.9221 0.6858
TG (53:3) [M+Na]+ 0.3177 0.6939 0.9174 0.1723 1.3582 1.3621 1.6453 1.1415 1.0181 0.9485 1.2027 1.0869 0.6415 1.2897 1.0989 0.5867
TG (53:4) [M+Na]+ 0.3708 0.6213 1.0057 0.2178 1.3446 0.8949 1.6272 0.7736 1.0254 0.8397 1.5674 1.0499 0.2493 1.6648 1.3140 0.5403
TG (54:1) [M+NH4]+ 0.2285 0.7891 1.0370 0.0917 0.9276 1.3918 1.5821 1.1849 1.1196 1.1509 0.9861 0.9067 0.9038 1.2728 1.0603 0.5258
TG (54:2) [M+NH4]+ 0.2435 0.7158 1.0832 0.1033 1.1710 1.3990 1.5230 1.0645 1.0511 1.0747 1.2230 0.9751 0.8180 1.3356 0.9931 0.6106
TG (54:3) [M+NH4]+ 0.3070 0.7286 1.0006 0.1547 1.3875 1.3413 1.4055 1.0512 1.1320 1.0232 1.2383 0.9478 0.7760 1.3249 1.0373 0.6771
TG (54:4) [M+NH4]+ 0.3170 0.6894 0.9468 0.1634 1.5176 1.3478 1.2510 0.9128 1.2052 0.9997 1.3355 1.1343 0.7250 1.3661 1.2043 0.6464
TG (54:5) A [M+Na]+ 0.1741 0.9504 0.9158 0.0582 0.7287 1.3232 1.5671 0.9305 0.8407 1.0285 0.9861 0.8631 0.5165 1.6213 1.5657 0.4486
TG (54:5) B [M+Na]+ 0.1927 1.0013 0.9761 0.1032 0.7745 1.3526 1.4611 1.3125 0.9240 1.0748 0.9503 1.0140 0.8341 1.3549 1.3797 0.4387
TG (54:5); TG(16:1/16:1/22:3); [M+Na]+ 0.1781 0.9091 0.9681 0.0595 0.8383 1.2959 1.5224 1.2946 0.9470 1.0473 0.9854 1.0908 0.7959 1.4175 1.3656 0.4630
TG (54:6) A [M+NH4]+ 0.1467 0.7274 1.1870 0.0709 0.8198 1.4792 1.7769 0.8768 0.7642 1.0163 1.0425 0.7507 0.4749 1.5814 1.2170 0.5683
TG (54:6) B [M+NH4]+ 0.1763 1.3781 0.9500 0.0714 0.7474 1.1839 1.4277 0.9189 1.0688 0.9336 1.0305 0.8184 0.4375 1.3380 1.6682 0.4820
TG (54:6); TG(16:0/16:0/22:6); [M+NH4]+ 0.1118 0.9557 0.9447 0.0260 0.7268 1.3892 1.5938 1.0063 0.8693 1.0630 0.9490 0.9187 0.5390 1.5716 1.4751 0.4292
TG (56:1) [M+NH4]+ 0.2711 0.7398 1.0090 0.0986 0.8226 1.4708 1.6597 1.1794 1.1486 1.1199 0.9520 0.8185 0.9930 1.2864 0.9679 0.5444
TG (56:2) [M+NH4]+ 0.2306 0.7394 0.9773 0.0660 1.0686 1.4501 1.5762 1.2141 1.0779 1.1017 1.0923 1.1176 1.0099 1.2826 0.9518 0.5708
TG (56:3) [M+Na]+ 0.2347 0.7325 0.9108 0.0863 1.3569 1.3894 1.5119 1.1921 1.1648 1.0740 1.1208 1.0370 0.9908 1.2601 0.9488 0.6415
TG (56:4) [M+NH4]+ 0.2624 0.6763 0.8424 0.1027 1.4514 1.4857 1.3182 1.1972 1.1976 1.0496 1.1744 1.1710 1.0903 1.2706 0.9436 0.7669
TG (56:5) [M+Na]+ 0.3239 1.0276 0.5863 0.1340 0.9015 1.7191 1.3718 1.4721 0.8255 1.0545 1.2096 1.4204 1.2393 1.3375 0.8623 0.4081
TG (56:5) [M+NH4]+ 0.1650 0.5486 1.0625 0.0543 0.8397 1.3793 1.8658 1.1618 1.0714 0.9881 1.0650 0.9037 0.5394 1.4369 1.2645 0.4624
TG (56:6) [M+Na]+ 0.2318 0.9132 0.9974 0.0725 0.7892 1.3998 1.5108 1.2806 0.8954 1.0295 1.1888 1.1816 0.9207 1.3813 1.0692 0.5479
TG (56:6); TG(16:0/20:1/20:5); [M+NH4]+ 0.1281 1.0466 0.9225 0.0296 0.8089 1.2661 1.5389 1.1341 0.9448 1.0788 0.8991 0.9944 0.6359 1.4239 1.5303 0.4394
TG (56:7) [M+NH4]+ 0.2094 0.7938 1.2051 0.0923 0.8126 1.4163 1.6108 0.8957 0.7996 0.9080 1.3929 0.8367 0.5561 1.5281 1.2589 0.5820
TG (56:7); TG(16:0/18:1/22:6); [M+NH4]+ 0.1468 0.8108 1.0242 0.0552 0.9728 1.4363 1.5740 0.9246 0.8460 1.0949 1.0957 0.7608 0.5739 1.5646 1.2529 0.5355
TG (56:8) [M+NH4]+ 0.1239 0.6405 1.1068 0.0489 1.2447 1.5015 1.6894 0.9387 0.8685 1.0112 1.1077 0.7736 0.5533 1.5428 1.1472 0.5848
TG (56:9) [M+NH4]+ 0.1854 0.8659 0.8292 0.0821 1.1479 1.3872 1.6699 0.8116 0.8454 0.9311 1.1433 0.6731 0.3104 1.6869 1.4044 0.4612
TG (57:7) [M+Na]+ 0.1527 0.8618 0.9377 0.0662 1.0847 1.4511 1.5349 1.0909 0.9712 1.0909 1.0631 0.9673 0.7831 1.4192 1.0925 0.5666
TG (58:10) [M+Na]+ 0.1637 1.0326 0.7421 0.1281 1.2812 1.1621 1.7009 1.0190 0.8858 1.1249 0.8335 0.6630 0.4307 1.4735 1.4261 0.3853
TG (58:11); TG(16:0/20:5/22:6); [M+NH4]+ 0.0948 1.2040 0.8308 0.0339 0.7312 1.2972 1.6611 0.9472 0.7206 1.0944 0.9710 0.8605 0.4801 1.5506 1.4209 0.4410
TG (58:12) [M+Na]+ 0.1109 1.5574 0.8411 0.0468 0.6477 1.3310 1.6195 0.8351 0.7267 1.0314 0.8026 0.8542 0.4144 1.5575 1.3612 0.4178
TG (58:1) [M+NH4]+ 0.3865 0.7344 1.0948 0.1345 0.8773 1.3625 1.5114 1.2082 1.0418 1.0868 1.0927 0.9705 1.0337 1.2743 0.9490 0.6747
TG (58:2) [M+NH4]+ 0.2385 0.6677 0.9249 0.0571 0.9806 1.4913 1.6495 1.2499 1.0868 1.0674 1.1726 1.0097 1.0137 1.2621 1.0075 0.5565
TG (58:3) [M+Na]+ 0.2242 0.7516 0.9001 0.0741 1.2388 1.4697 1.4887 1.2509 1.1304 1.1084 1.0834 1.1119 1.1090 1.2326 0.9246 0.6341
TG (58:4) A [M+NH4]+ 0.2703 0.7187 0.8098 0.1124 1.3745 1.4534 1.3763 1.3023 1.2266 1.1032 1.0142 1.0134 0.9538 1.2722 0.9647 0.6751
TG (58:6) [M+Na]+ 0.2102 1.0192 0.9035 0.0742 1.0297 1.4045 1.4243 1.2076 0.9496 1.1048 0.9408 1.2169 0.8573 1.3945 1.0371 0.5850
TG (58:7); TG(16:0/20:1/22:6); [M+NH4]+ 0.1526 0.8441 0.9389 0.0346 0.8971 1.3961 1.7039 1.1474 0.9162 1.0462 0.9637 0.9520 0.7685 1.4288 1.2648 0.4930
TG (58:8) [M+NH4]+ 0.1553 0.6703 0.9905 0.0527 1.1956 1.4297 1.7105 0.9995 0.9478 1.0602 1.0901 0.7812 0.6574 1.4551 1.1176 0.6008
TG (58:9) [M+NH4]+ 0.1795 0.6860 0.7873 0.0727 1.5009 1.4002 1.5431 1.2360 1.1644 1.0095 1.0180 1.0713 0.8044 1.3015 1.1807 0.6292
TG (60:11) [M+NH4]+ 0.1002 1.0834 0.8189 0.0515 0.9320 1.4362 1.5201 1.0582 0.8438 1.1426 0.9339 0.9372 0.6184 1.5287 1.2181 0.4729
TG (60:12); TG(16:0/22:6/22:6); [M+NH4]+ 0.0946 1.4523 0.7502 0.0335 0.7887 1.2675 1.5363 0.8950 0.8123 1.0786 0.8770 0.7506 0.4572 1.6216 1.3503 0.4224
TG (60:13); TG(16:1/22:6/22:6); [M+Na]+ 0.0943 0.9593 0.9413 0.0459 0.8928 1.5181 1.6881 0.8828 0.7294 1.1710 0.9745 0.7503 0.3512 1.6241 1.0612 0.5255
TG (60:2) [M+NH4]+ 0.2812 0.7085 0.9415 0.0565 0.9354 1.4854 1.6174 1.2799 1.0012 1.0879 1.1747 0.9986 1.0547 1.2527 0.9888 0.5783
TG (60:8) [M+Na]+ 0.1620 0.7445 0.9649 0.0426 1.1096 1.4734 1.6876 1.1392 0.9086 1.0549 0.9928 0.8583 0.8317 1.4360 1.0970 0.5647
TG (62:12) [M+Na]+ 0.1131 1.7169 0.7550 0.0383 0.8922 1.1955 1.3858 0.9857 0.8802 1.1364 0.8668 0.7682 0.5393 1.4212 1.2660 0.4425
TG (62:13) [M+Na]+ 0.1203 1.1127 0.8900 0.0434 1.0503 1.3657 1.5971 0.8630 0.7734 1.1536 1.0584 0.7264 0.5415 1.5536 1.0778 0.5439
TG (64:17); TG(20:5/22:6/22:6); [M+NH4]+ 0.1055 1.5144 0.7259 0.0671 0.7615 1.3099 1.6488 0.8668 0.7645 1.1935 0.8750 0.9292 0.3840 1.4199 1.1747 0.4505
Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

Factors:

F1ph treatment:High | DO treatment:High | Treatment Duration (days):30
F2ph treatment:High | DO treatment:High | Treatment Duration (days):31
F3ph treatment:High | DO treatment:High | Treatment Duration (days):32
F4ph treatment:High | DO treatment:High | Treatment Duration (days):33
F5ph treatment:High | DO treatment:Low | Treatment Duration (days):30
F6ph treatment:High | DO treatment:Low | Treatment Duration (days):31
F7ph treatment:High | DO treatment:Low | Treatment Duration (days):32
F8ph treatment:High | DO treatment:Low | Treatment Duration (days):33
F9ph treatment:Low | DO treatment:High | Treatment Duration (days):30
F10ph treatment:Low | DO treatment:High | Treatment Duration (days):31
F11ph treatment:Low | DO treatment:High | Treatment Duration (days):32
F12ph treatment:Low | DO treatment:High | Treatment Duration (days):33
F13ph treatment:Low | DO treatment:Low | Treatment Duration (days):30
F14ph treatment:Low | DO treatment:Low | Treatment Duration (days):31
F15ph treatment:Low | DO treatment:Low | Treatment Duration (days):32
F16ph treatment:Low | DO treatment:Low | Treatment Duration (days):33
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