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Table 2 Potential biomarkers-related to hyperuricemia. Samples were harvested on 7th day

From: Lipidomics coupled with pathway analysis characterizes serum metabolic changes in response to potassium oxonate induced hyperuricemic rats

NO

Inoziation

Rt (min)

m/z

Molecular Formula

Compound

Trend

1

ESI-

4.4668

495.6301

C24H50NO7P

LPC(16:0)

↓

2

ESI-

5.0988

523.6832

C26H54NO7P

LPC(0:0/18:0)

↓

3

ESI-

8.9063

978.5961

C65H100O6

TG(18:1/22:6/22:5)

↓

4

ESI+

9.8594

785.5935

C44H84NO8P

PC(18:0/18:2)

↑

5

ESI+

5.8419

521.3481

C26H52NO7P

LPC(18:1)

↑

6

ESI+

8.5336

531.2757

C27H48NO7P

LPE(22:4/0:0)

↓

7

ESI+

7.7872

691.5152

C37H74NO8P

PE(14:0/18:0)

↑

8

ESI+

8.5361

575.7578

C30H58NO7P

LPC(22:2)

↓

9

ESI+

6.7964

607.4577

C32H66NO7P

LPC(24:0)

↑

10

ESI+

7.4282

677.4996

C36H72NO8P

PC(14:0/14:0)

↑

11

ESI+

8.727

806.1031

C46H80NO8P

PC(16:0/22:6)

↓

12

ESI+

7.3395

663.4839

C35H70NO8P

PE(16:0/14:0)

↑

13

ESI+

7.9401

685.4683

C37H68NO8P

PE(14:1/18:2)

↑

  1. Compared with control group. LPC lysophosphatidylcholines, PC phosphatidylcholine, TG triacylglycerols, LPE hemolytic cephalin