Table 4

Human disease gene terms enriched in the genes predicting cortical thinning in iRBD

TermDescriptionGene set sizeNumber of leading edge IDsEnrichment scoreNormalized enrichment scoreFDR P-value
Negatively weighted (more expressed) genes
DisGeNET
 C0001125acidosis, lactic8748−0.606−2.586<0.0001
 C0347959lactic acidemia8547−0.602−2.550<0.0001
 C1167918CSF lactate increased3322−0.690−2.410<0.0001
 C0006114cerebral oedema2315−0.702−2.230<0.001
 C0023264Leigh disease3321−0.629−2.216<0.001
 C0424551impaired exercise tolerance4222−0.599−2.211<0.001
 C1836440increased serum lactate5227−0.571−2.1780.001
 C4021546abnormal mitochondria in muscle tissue1712−0.751−2.1770.001
 C1145670respiratory failure7340−0.528−2.1490.002
 C1855020acute necrotizing encephalopathy1411−0.771−2.1260.003
OMIM
 252010mitochondrial complex I deficiency2015−0.640−2.019<0.001
PharmGKB
 PA447172mitochondrial diseases349161−0.464−2.352<0.0001
 PA166048819acidosis, respiratory7849−0.552−2.300<0.0001
 PA443242acidosis11766−0.514−2.281<0.0001
 PA445837thiamine deficiency5425−0.570−2.2010.001
 PA165108683pyruvate dehydrogenase complex deficiency2612−0.657−2.197<0.001
 PA443243acidosis, lactic6424−0.544−2.196<0.001
 PA447190cytochrome-c oxidase deficiency5530−0.555−2.1680.002
 PA446467mitochondrial encephalomyopathies4824−0.572−2.1460.002
 PA165857066anemia, hemolytic, congenital nonspherocytic107−0.820−2.0820.006
 PA165108373biotinidase deficiency4422−0.558−2.0770.006
TermDescriptionGene set sizeNumber of leading edge IDsEnrichment scoreNormalized enrichment scoreFDR P-value
Negatively weighted (more expressed) genes
DisGeNET
 C0001125acidosis, lactic8748−0.606−2.586<0.0001
 C0347959lactic acidemia8547−0.602−2.550<0.0001
 C1167918CSF lactate increased3322−0.690−2.410<0.0001
 C0006114cerebral oedema2315−0.702−2.230<0.001
 C0023264Leigh disease3321−0.629−2.216<0.001
 C0424551impaired exercise tolerance4222−0.599−2.211<0.001
 C1836440increased serum lactate5227−0.571−2.1780.001
 C4021546abnormal mitochondria in muscle tissue1712−0.751−2.1770.001
 C1145670respiratory failure7340−0.528−2.1490.002
 C1855020acute necrotizing encephalopathy1411−0.771−2.1260.003
OMIM
 252010mitochondrial complex I deficiency2015−0.640−2.019<0.001
PharmGKB
 PA447172mitochondrial diseases349161−0.464−2.352<0.0001
 PA166048819acidosis, respiratory7849−0.552−2.300<0.0001
 PA443242acidosis11766−0.514−2.281<0.0001
 PA445837thiamine deficiency5425−0.570−2.2010.001
 PA165108683pyruvate dehydrogenase complex deficiency2612−0.657−2.197<0.001
 PA443243acidosis, lactic6424−0.544−2.196<0.001
 PA447190cytochrome-c oxidase deficiency5530−0.555−2.1680.002
 PA446467mitochondrial encephalomyopathies4824−0.572−2.1460.002
 PA165857066anemia, hemolytic, congenital nonspherocytic107−0.820−2.0820.006
 PA165108373biotinidase deficiency4422−0.558−2.0770.006

The human disease terms enriched in the genes predicting cortical thinning in iRBD using the DisGeNET, OMIM, and PharmGKB knowledge bases. Terms are reported ranked based on the normalized enrichment score. Only terms enriched after applying FDR correction are shown.

Table 4

Human disease gene terms enriched in the genes predicting cortical thinning in iRBD

TermDescriptionGene set sizeNumber of leading edge IDsEnrichment scoreNormalized enrichment scoreFDR P-value
Negatively weighted (more expressed) genes
DisGeNET
 C0001125acidosis, lactic8748−0.606−2.586<0.0001
 C0347959lactic acidemia8547−0.602−2.550<0.0001
 C1167918CSF lactate increased3322−0.690−2.410<0.0001
 C0006114cerebral oedema2315−0.702−2.230<0.001
 C0023264Leigh disease3321−0.629−2.216<0.001
 C0424551impaired exercise tolerance4222−0.599−2.211<0.001
 C1836440increased serum lactate5227−0.571−2.1780.001
 C4021546abnormal mitochondria in muscle tissue1712−0.751−2.1770.001
 C1145670respiratory failure7340−0.528−2.1490.002
 C1855020acute necrotizing encephalopathy1411−0.771−2.1260.003
OMIM
 252010mitochondrial complex I deficiency2015−0.640−2.019<0.001
PharmGKB
 PA447172mitochondrial diseases349161−0.464−2.352<0.0001
 PA166048819acidosis, respiratory7849−0.552−2.300<0.0001
 PA443242acidosis11766−0.514−2.281<0.0001
 PA445837thiamine deficiency5425−0.570−2.2010.001
 PA165108683pyruvate dehydrogenase complex deficiency2612−0.657−2.197<0.001
 PA443243acidosis, lactic6424−0.544−2.196<0.001
 PA447190cytochrome-c oxidase deficiency5530−0.555−2.1680.002
 PA446467mitochondrial encephalomyopathies4824−0.572−2.1460.002
 PA165857066anemia, hemolytic, congenital nonspherocytic107−0.820−2.0820.006
 PA165108373biotinidase deficiency4422−0.558−2.0770.006
TermDescriptionGene set sizeNumber of leading edge IDsEnrichment scoreNormalized enrichment scoreFDR P-value
Negatively weighted (more expressed) genes
DisGeNET
 C0001125acidosis, lactic8748−0.606−2.586<0.0001
 C0347959lactic acidemia8547−0.602−2.550<0.0001
 C1167918CSF lactate increased3322−0.690−2.410<0.0001
 C0006114cerebral oedema2315−0.702−2.230<0.001
 C0023264Leigh disease3321−0.629−2.216<0.001
 C0424551impaired exercise tolerance4222−0.599−2.211<0.001
 C1836440increased serum lactate5227−0.571−2.1780.001
 C4021546abnormal mitochondria in muscle tissue1712−0.751−2.1770.001
 C1145670respiratory failure7340−0.528−2.1490.002
 C1855020acute necrotizing encephalopathy1411−0.771−2.1260.003
OMIM
 252010mitochondrial complex I deficiency2015−0.640−2.019<0.001
PharmGKB
 PA447172mitochondrial diseases349161−0.464−2.352<0.0001
 PA166048819acidosis, respiratory7849−0.552−2.300<0.0001
 PA443242acidosis11766−0.514−2.281<0.0001
 PA445837thiamine deficiency5425−0.570−2.2010.001
 PA165108683pyruvate dehydrogenase complex deficiency2612−0.657−2.197<0.001
 PA443243acidosis, lactic6424−0.544−2.196<0.001
 PA447190cytochrome-c oxidase deficiency5530−0.555−2.1680.002
 PA446467mitochondrial encephalomyopathies4824−0.572−2.1460.002
 PA165857066anemia, hemolytic, congenital nonspherocytic107−0.820−2.0820.006
 PA165108373biotinidase deficiency4422−0.558−2.0770.006

The human disease terms enriched in the genes predicting cortical thinning in iRBD using the DisGeNET, OMIM, and PharmGKB knowledge bases. Terms are reported ranked based on the normalized enrichment score. Only terms enriched after applying FDR correction are shown.

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