Table 3.

Differentially expressed genes are nuclear scaffold associated

ChromosomesGene nameBiological process/functionSAR within 10-kb upstreamSAR within gene
14SCFD1Exocytosis+
14C14orf11Stimulates proliferation++
14KIAA0423Mitosis++
14MAP4K5Protein phosphorylation+
14PYGLGlycogen metabolism+
14KIAA0831Chromosome partitioning+
14DACT1Regulates WNT signaling+
14FUT8Transferase activity+
14PCNXNeurogenesis++
14SIPA1L1Cell adhesion+
14RBM25Pre-mRNA processing
14JDP2mRNA transcription regulation/tumor suppressor+
14C14orf179Cytoskeleton
14FLRT2Cell surface receptor mediated signal transduction+
14BTBD7Homo/heteromeric protein dimerization+
15AQRViral RNA-dependent RNA polymerase+
15EIF2AK4Protein phosphorylation/translational regulation++
15FLJ43339Unclassified+
15CCDC32Unclassified+
15AP4E1Receptor-mediated endocytosis+
15LEO1mRNA transcription elongation
15TPM1Cell motility
15OAZ2Apoptosis/oncogenesis+
15ITGA11Cell adhesion++
15SIN3AmRNA transcription regulation++
15UBE2Q2Protein modification+
15CHSY1Protein glycosylation+
16CREBBPmRNA transcription regulation+
16KIAA0350Autoimmunity+
16ARHGAP17Signal transduction/cell structure+
16NSMCE1Genome stability++
16XPO6Nuclear export to cytoplasm+
16CHD9mRNA transcription regulation+
16AMFRProteolysis++
16GTL3Unclassified
16CDH11Cell adhesion++
16CMTM4Inflammatory response/migration+
16AP1G1Receptor-mediated endocytosis+
17C17orf25Carbon metabolism++
17TTC19Unclassified
17ZNF207Nucleic acid metabolism
17CCDC47Unclassified
17ERN1Protein phosphorylation+
17TEX2Unclassified
17PRKCAProtein phosphorylation/cell proliferation and differentiation+
17WIPI1Protein complex assembly+
18EPB41L3Tumor progression+
18RNMTmRNA capping++
18CABLES1Proliferation/differentiation
18CDH2Cell adhesion++
18HDHD2Phosphate metabolism+
18KIAA0427Protein biosynthesis+
18DYMSkeletal development/brain function+
ChromosomesGene nameBiological process/functionSAR within 10-kb upstreamSAR within gene
14SCFD1Exocytosis+
14C14orf11Stimulates proliferation++
14KIAA0423Mitosis++
14MAP4K5Protein phosphorylation+
14PYGLGlycogen metabolism+
14KIAA0831Chromosome partitioning+
14DACT1Regulates WNT signaling+
14FUT8Transferase activity+
14PCNXNeurogenesis++
14SIPA1L1Cell adhesion+
14RBM25Pre-mRNA processing
14JDP2mRNA transcription regulation/tumor suppressor+
14C14orf179Cytoskeleton
14FLRT2Cell surface receptor mediated signal transduction+
14BTBD7Homo/heteromeric protein dimerization+
15AQRViral RNA-dependent RNA polymerase+
15EIF2AK4Protein phosphorylation/translational regulation++
15FLJ43339Unclassified+
15CCDC32Unclassified+
15AP4E1Receptor-mediated endocytosis+
15LEO1mRNA transcription elongation
15TPM1Cell motility
15OAZ2Apoptosis/oncogenesis+
15ITGA11Cell adhesion++
15SIN3AmRNA transcription regulation++
15UBE2Q2Protein modification+
15CHSY1Protein glycosylation+
16CREBBPmRNA transcription regulation+
16KIAA0350Autoimmunity+
16ARHGAP17Signal transduction/cell structure+
16NSMCE1Genome stability++
16XPO6Nuclear export to cytoplasm+
16CHD9mRNA transcription regulation+
16AMFRProteolysis++
16GTL3Unclassified
16CDH11Cell adhesion++
16CMTM4Inflammatory response/migration+
16AP1G1Receptor-mediated endocytosis+
17C17orf25Carbon metabolism++
17TTC19Unclassified
17ZNF207Nucleic acid metabolism
17CCDC47Unclassified
17ERN1Protein phosphorylation+
17TEX2Unclassified
17PRKCAProtein phosphorylation/cell proliferation and differentiation+
17WIPI1Protein complex assembly+
18EPB41L3Tumor progression+
18RNMTmRNA capping++
18CABLES1Proliferation/differentiation
18CDH2Cell adhesion++
18HDHD2Phosphate metabolism+
18KIAA0427Protein biosynthesis+
18DYMSkeletal development/brain function+

Genes expressed in AoAF cells, but bound to the nuclear matrix and silenced in HeLa cells, were analyzed for nuclear scaffold attachment within and up to 10 kb upstream of each gene. The majority of genes (81%) were found to contain a SAR either within the gene, upstream of the gene or both suggesting a scaffold-mediated mechanism for tissue-specific expression.

Table 3.

Differentially expressed genes are nuclear scaffold associated

ChromosomesGene nameBiological process/functionSAR within 10-kb upstreamSAR within gene
14SCFD1Exocytosis+
14C14orf11Stimulates proliferation++
14KIAA0423Mitosis++
14MAP4K5Protein phosphorylation+
14PYGLGlycogen metabolism+
14KIAA0831Chromosome partitioning+
14DACT1Regulates WNT signaling+
14FUT8Transferase activity+
14PCNXNeurogenesis++
14SIPA1L1Cell adhesion+
14RBM25Pre-mRNA processing
14JDP2mRNA transcription regulation/tumor suppressor+
14C14orf179Cytoskeleton
14FLRT2Cell surface receptor mediated signal transduction+
14BTBD7Homo/heteromeric protein dimerization+
15AQRViral RNA-dependent RNA polymerase+
15EIF2AK4Protein phosphorylation/translational regulation++
15FLJ43339Unclassified+
15CCDC32Unclassified+
15AP4E1Receptor-mediated endocytosis+
15LEO1mRNA transcription elongation
15TPM1Cell motility
15OAZ2Apoptosis/oncogenesis+
15ITGA11Cell adhesion++
15SIN3AmRNA transcription regulation++
15UBE2Q2Protein modification+
15CHSY1Protein glycosylation+
16CREBBPmRNA transcription regulation+
16KIAA0350Autoimmunity+
16ARHGAP17Signal transduction/cell structure+
16NSMCE1Genome stability++
16XPO6Nuclear export to cytoplasm+
16CHD9mRNA transcription regulation+
16AMFRProteolysis++
16GTL3Unclassified
16CDH11Cell adhesion++
16CMTM4Inflammatory response/migration+
16AP1G1Receptor-mediated endocytosis+
17C17orf25Carbon metabolism++
17TTC19Unclassified
17ZNF207Nucleic acid metabolism
17CCDC47Unclassified
17ERN1Protein phosphorylation+
17TEX2Unclassified
17PRKCAProtein phosphorylation/cell proliferation and differentiation+
17WIPI1Protein complex assembly+
18EPB41L3Tumor progression+
18RNMTmRNA capping++
18CABLES1Proliferation/differentiation
18CDH2Cell adhesion++
18HDHD2Phosphate metabolism+
18KIAA0427Protein biosynthesis+
18DYMSkeletal development/brain function+
ChromosomesGene nameBiological process/functionSAR within 10-kb upstreamSAR within gene
14SCFD1Exocytosis+
14C14orf11Stimulates proliferation++
14KIAA0423Mitosis++
14MAP4K5Protein phosphorylation+
14PYGLGlycogen metabolism+
14KIAA0831Chromosome partitioning+
14DACT1Regulates WNT signaling+
14FUT8Transferase activity+
14PCNXNeurogenesis++
14SIPA1L1Cell adhesion+
14RBM25Pre-mRNA processing
14JDP2mRNA transcription regulation/tumor suppressor+
14C14orf179Cytoskeleton
14FLRT2Cell surface receptor mediated signal transduction+
14BTBD7Homo/heteromeric protein dimerization+
15AQRViral RNA-dependent RNA polymerase+
15EIF2AK4Protein phosphorylation/translational regulation++
15FLJ43339Unclassified+
15CCDC32Unclassified+
15AP4E1Receptor-mediated endocytosis+
15LEO1mRNA transcription elongation
15TPM1Cell motility
15OAZ2Apoptosis/oncogenesis+
15ITGA11Cell adhesion++
15SIN3AmRNA transcription regulation++
15UBE2Q2Protein modification+
15CHSY1Protein glycosylation+
16CREBBPmRNA transcription regulation+
16KIAA0350Autoimmunity+
16ARHGAP17Signal transduction/cell structure+
16NSMCE1Genome stability++
16XPO6Nuclear export to cytoplasm+
16CHD9mRNA transcription regulation+
16AMFRProteolysis++
16GTL3Unclassified
16CDH11Cell adhesion++
16CMTM4Inflammatory response/migration+
16AP1G1Receptor-mediated endocytosis+
17C17orf25Carbon metabolism++
17TTC19Unclassified
17ZNF207Nucleic acid metabolism
17CCDC47Unclassified
17ERN1Protein phosphorylation+
17TEX2Unclassified
17PRKCAProtein phosphorylation/cell proliferation and differentiation+
17WIPI1Protein complex assembly+
18EPB41L3Tumor progression+
18RNMTmRNA capping++
18CABLES1Proliferation/differentiation
18CDH2Cell adhesion++
18HDHD2Phosphate metabolism+
18KIAA0427Protein biosynthesis+
18DYMSkeletal development/brain function+

Genes expressed in AoAF cells, but bound to the nuclear matrix and silenced in HeLa cells, were analyzed for nuclear scaffold attachment within and up to 10 kb upstream of each gene. The majority of genes (81%) were found to contain a SAR either within the gene, upstream of the gene or both suggesting a scaffold-mediated mechanism for tissue-specific expression.

Close
This Feature Is Available To Subscribers Only

Sign In or Create an Account

Close

This PDF is available to Subscribers Only

View Article Abstract & Purchase Options

For full access to this pdf, sign in to an existing account, or purchase an annual subscription.

Close