Table 1.

Description of genes analyzed in skeletal muscle tissue.

Gene symbol1	Cellular localization	Biological process
ACACA	Cytoplasm	Fatty acid biosynthesis
ACLY	Cytosol	Citrate metabolic process
ACSL1	Plasma and ER membranes	Fatty acid metabolism
AGPAT1	ER membrane	Phosphatidic acid biosynthesis
CD36	Plasma membrane	Fatty acid metabolism
DGAT1	ER membrane	Triacylglycerol metabolism
DGAT2	ER membrane	Triacylglycerol metabolism
FABP4	Cytosol	Fatty acid binding, transport
FADS2	ER membrane	Unsaturated fatty acid synthesis
FASN	Cytosol	Fatty acid biosynthesis
G6PD	Cytosol	Pentose-phosphate shunt
GPAM	Cytosol, mitochondria	Triacylglycerol biosynthesis
INSIG1	ER membrane	Lipid metabolism, cell proliferation
INSR	Plasma membrane	Insulin receptor signaling
IRS1	Cytosol	Insulin receptor signaling
LPIN1	Nucleus, ER, cytosol	Phosphatidic acid hydrolysis, transcription
LPIN2	ER, cytosol	Phosphatidic acid hydrolysis
LPIN3	ER, cytosol	Phosphatidic acid hydrolysis
MDH2	Mitochondrial matrix	Tricarboxylic acid cycle, malate metabolic process
PPARD	Nucleus	Fatty acid beta-oxidation, transcription
PPARG	Nucleus	Induction of adipocyte differentiation, transcription
PPARGC1A	Nucleus	Fatty acid beta-oxidation, transcription factor
PPARGC1B	Nucleus	DNA-dependent regulation of transcription
PRKAA1	Cytosol	Fatty acid biosynthesis, signal transduction
PRKAA2	Cytosol	Fatty acid biosynthesis, signal transduction
SCAP	ER membrane, Golgi	SREBP target gene transcription activation
SCD	ER membrane	Fatty acid biosynthesis
SLC27A1	Plasma and ER membranes	Fatty acid transport
SLC2A4	Plasma membrane, cytosol	Glucose transport, glucose homeostasis
SREBF1	Golgi and ER membranes, nucleus	Transcription regulation
THRSP	Nucleus	Lipid metabolic process

¹Entrez Gene, National Center for Biotechnology Information (NCBI)