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Table 4 Enrichment of gene categories in different tissue modules for NEFA, HDL-C, triglyceride, glucose and ALT levels

From: Association between plasma metabolites and gene expression profiles in five porcine endocrine tissues

Metabolite

FATB

GONA

AHYP

THYG

HYPO

Glucose

 

RNA binding and splicing

   

NEFA

oxidation reduction

biosynthesis of unsaturated fatty acid

coenzyme binding

mitochondrion

regulations of protein, nucleotide metabolism

cell-cell signaling

T cell proliferation

synaptic transmission

muscle and skeletal development

behavior

protein transport and localization

calcium ion binding

neuron projection

presynaptic membrane

contractile fiber

dendritic shaft

 

protein transport

learning and memory

proton transporting

ATPase complex

synapse;

dendritic shaft

cell junction

HDL-C

lipoprotein particle

  

RNA processing; ribosome

RNA splicing

Triglyceride

   

Alzheimer's disease

monosaccharide catabolic process

 

ALT

 

tight junction

cell adhesion

leukocyte transendothelial migration

nucleoside triphosphate metabolic process

blood vessel development

regulation of cell motion

polysaccharide and heparin binding

 

ECM receptor interaction

focal adhesion

cell motion

neuron differentiation

cell-cell signaling

muscle, heart and bone development

regulation of transcription and metabolic processes

response to wounding

learning and memory

 
  1. Non-esterified fatty acids (NEFA); alanine aminotransferase (ALT); backfat (FATB);, gonad (GONA); adenohypophysis (AHYP); thyroid (THYG); hypothalamus (HYPO)