Research Article

Gene Profiling of Bone around Orthodontic Mini-Implants by RNA-Sequencing Analysis

Table 2

Main genes that were up- or downregulated based on the GO analysis at week 4 compared with the levels of expression in the control.

Upregulated genesDownregulated genes
GO categoryNumbers of genes valueGO categoryNumbers of genes value

Cellular component
Extracellular matrix27<0.0001Basolateral plasma membrane120.0001
Extracellular region55<0.0001Cell surface270.0002
Extracellular space50<0.0001Cell-cell junction130.0001
Ribosome38<0.0001Glutamate-cysteine ligase complex2<0.0001
Keratin filament8<0.0001

Biological process
Angiogenesis160.0002Chaperone mediated protein folding requiring cofactor5<0.0001
Bone mineralization60.0002Desmosome organization2<0.0001
Cartilage morphogenesis3<0.0001Glutathione metabolic process8<0.0001
Heterophilic cell-cell adhesion50.0003Glycerol-3-phosphate metabolic process3<0.0001
Intramembranous ossification30.0001Male sex differentiation2<0.0001
Negative regulation of mesodermal cell fate specification3<0.0001Neutrophil aggregation2<0.0001
Regulation of stem cell division2<0.0001Oxidation-reduction process49<0.0001
Stem cell fate specification2<0.0001Smooth muscle cell migration2<0.0001
Translation40<0.0001Superoxide metabolic process50.0001
Termination of signal transduction2<0.0001
Ventricular system development40.0001

Molecular function
Ceramide kinase activity2<0.0001Catalytic activity52<0.0001
Extracellular matrix binding6<0.0001Chemokine binding2<0.0001
Retinoid binding3<0.0001Glutamate-cysteine ligase activity2<0.0001
Structural constituent of ribosome37<0.0001Glycerol channel activity2<0.0001
Interleukin-8 binding2<0.0001
NAD binding9<0.0001
Oxidoreductase activity44<0.0001
Oxidoreductase activity, acting on CH-OH group of donors5<0.0001
Oxidoreductase activity, acting on the aldehyde or oxo group of donors, NAD or NADP as acceptor70.0001
Structural molecule activity18<0.0001
UDP-N-acetylmuramate dehydrogenase activity40.0001

The values were compared according to fold change.