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. 2022 Nov 2;13(4):649–669. doi: 10.1007/s13167-022-00300-6

Table 1.

Summary of DNA modification markers in the pathogenesis, progression and metastasis, and prognosis of NSCLC

DNA methylation marker Pathway Function Reference
Upregulation
  APC Cell proliferation, migration, and cell adhesion Pathogenesis and progression [33]
  CDH1 Cell adhesion Pathogenesis [34]
  CDH13 Cell adhesion Pathogenesis [35]
  P16 Cell cycle regulation Pathogenesis [36]
  DAPK Apoptosis Pathogenesis [37]
  DAL-1 Progression and metastasis [38]
  EPHB6 Pathogenesis, progression, and metastasis [39]
  HS3ST2 Pathogenesis, progression, and metastasis [40]
  TMEM88 Progression and metastasis [41]
  MGMT Progression and metastasis [42]
  HMLH1 Prognosis [43]
  IGFBP-3 Prognosis [44]
  RASSF1A Cell cycle regulation, genomic-stability maintenance, apoptosis, cell migration, and invasion Prognosis [45]
  TMEM196 Prognosis [46]
  GRK6 Prognosis [47]
  GSTP1 Pathogenesis [48]
  FHIT Prognosis [49]
  MLH1 DNA repair Pathogenesis [50]
  MSH2 DNA repair Pathogenesis [50]
  PTEN Cell cycle regulation NA [51]
  RUNX3 TGF-β/Wnt signaling pathway Pathogenesis [52]
  SEMA3B Cell adhesion Pathogenesis [53]
  RARβ Cell differentiation and proliferation Prognosis [54]
  RARβ2 Cell differentiation and proliferation Prognosis [55]
  SHOX2 Cell differentiation and proliferation Prognosis [56]
  TGFBR2 Signaling Pathogenesis [57]
  TSLC1 Cell adhesion Progression [58]
Downregulation
  LINE-1 Prognosis [59]
  ELMO3 Progression and metastasis [60]
  FAM83A Prognosis [61]
  MAGE Transcriptional regulation, cancer development, and progression Pathogenesis [62]