. Author manuscript; available in PMC: 2014 Feb 1.

Published in final edited form as: J Neurochem. 2012 Dec 6;124(3):376–387. doi: 10.1111/jnc.12078

Table 5.

Fatty acids concentrations in brain phosphatidylinositol and phosphatidylserine

Fatty Acid	phosphatidylinositol			phosphatidylserine
Fatty Acid	Control (n=10)	CLZ (n=8)	CLZ-W (n=8)	Control (n=10)	CLZ (n=8)	CLZ-W (n=8)

	nmol/g brain			nmol/g brain
16:0	470 ± 88	616 ± 106 ^*	618 ± 111 ^*	418 ± 117	311 ± 54 ^*	428 ± 147
18:0	1746 ± 178	1852 ± 267	1916 ± 294	7376 ± 593	7163 ± 516	7712 ± 741
18:1n-9	539 ± 198	830 ± 225 ^*	744 ± 161	3618 ± 421	3621 ± 458	4332 ± 853 ^*
18:1n-7	195 ± 66	267 ± 42	275 ± 67 ^*	ND	ND	ND
18:2n-6	35 ± 13	62 ± 31 ^*	50 ± 9	40 ± 18	39 ± 11	37 ± 9
20:1n-9	70 ± 35	99 ± 25	102 ± 42	361 ± 90	354 ± 60	484 ± 244
20:4n-6	1471 ± 192	1607 ± 233	1507 ± 233	565 ± 72	579 ± 124	588 ± 122
22:6n-3	134 ± 42	167 ± 51	153 ± 51	3195 ± 226	3367 ± 171	3082 ± 419
Total	4658 ± 716	5501 ± 911 ^*	5366 ± 791	16205 ± 1144	16055 ± 1314	17300 ± 1916

Values are means ± SD. Data were analyzed by one-way ANOVA followed by Bonferroni’s post-hoc test, which compared differences between i) control and CLZ, and ii) control and CLZ-W.

p < 0.05, compared to controls.