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. 2019 Jul 1;86(1):25–34. doi: 10.1016/j.biopsych.2019.01.018

Table 3.

Significant Lipids Correlated With Plasminogen From Multi- and Univariate Approaches on the PEs Dataset

Lipid rCCA Spearman Correlation p
PC(30:0)a .38 .27 .005
PC(32:0)a .26 .19 .043
PC(34:1)a .24 .26 .006
PC(40:6) .29 .19 .047
PC(32:1)a .33 .28 .003
PC(38:2)a .31 .20 .039
PC(38:3)a .35 .22 .019
PC(36:1)a .32 .22 .022
PC(35:1) .39 .25 .007
PC(36:4)a .28 .23 .014
LPC(16:1)a .31 .24 .010
PC(40:5) .35 .27 .004
PC(40:4) .35 .26 .006
PC(33:1) .40 .34 .001
PC(37:4) .24 .20 .032
PC(36:3)a .22 .19 .043
PC(O-36:3) .31 .24 .013
PC(31:0) .28 .21 .029

The p values of Spearman correlation analysis are shown. Results are listed for the 18 significant compounds using a p value < .05.

LPC, lysophosphatidylcholine; PC, phosphatidylcholine; PEs, psychotic experiences; rCCA, regularized canonical correlation analysis.

a

Significant lipids associated with PEs development in the present study.