Table 1. Genes involved in fatty acid metabolism.

		Log2	Direct targets
UniGene	Gene Symbol	Differences	t Test	Ppar-α*	Function
Mm.330113	Slc27a4/Fatp4	−1.2597	0.0454		Fatty Acid uptake and Chilomicrone formation
Mm.18628	CD36	−2.4442	0.0063	√
Mm.2941	Mttp	−0.9460	0.0036	√
Mm.208030	Mogat2	−0.8522	0.0219
Mm.22633	Dgat1	−0.7512	0.0633	√
Mm.477728	Dgat2	−1.5784	0.0010
Mm.4533	Apoa4	−1.8770	0.0139	√
Mm.26743	Apoa1	−0.9414	2.18E-05	√
Mm.221239	Apob	−1.2659	0.0342
Mm.477720	Apoc2	−1.6412	0.0047
					Fatty Acid Degradation
Mm.260164	Hadh	−0.5912	0.0208	√	Mitochondria β-oxidation
Mm.379011	Scp2	−0.8594	0.0003		Mitochondria β-oxidation
Mm.210323	Acsl1	−0.7173	0.0429	√	Mitochondria β-oxidation
Mm.245724	Acaa2	−0.7438	0.0095	√	Mitochondria β-oxidation
Mm.292056	Acsl5	−1.0342	0.0145	√	Fatty_Acid_Degradation
Mm.20396	Crat	−0.8403	0.0004	√	Fatty_Acid_Degradation
Mm.246682	Gyk	−1.2075	0.0082	√	Fatty_Acid_Degradation
Mm.42253	Slc22a5/Octn2	−0.8247	0.0138	√	carnitine uptake
Mm.399042	Abcd3	−0.7621	0.0275		VLFA/peroxisomal β-oxidation
Mm.290044	Slc27a2/Fatp2	−1.1491	0.0672	√	peroxisomal β-oxidation
Mm.205266	Acaa1a /1b	−0.9283	0.0014		peroxisomal β-oxidation
Mm.475660	Acot4	−1.5366	0.0063		peroxisomal β-oxidation
Mm.439978	Cyp4a10//Cyp4a31	−3.1568	0.0005	√	ɷ-oxidation
Mm.1840	Cyp4b1	−1.9094	0.0163		ɷ-oxidation
Mm.30504	Cyp4f16	−0.9681	0.0005		ɷ-oxidation

^*References [16, 17]