Research Paper Volume 13, Issue 18 pp 22315—22331

High CTSL2 expression predicts poor prognosis in patients with lung adenocarcinoma

Enrichment plots from GSEA of (A) cell cycle, (B) basal transcription factors, (C) spliceosome, (D) p53 signaling pathway, (E) oocyte meiosis, (F) mismatch repair, (G) DNA replication, (H) ubiquitin mediated proteolysis, (I) nucleotide excision repair, (J) homologous recombination, and (K) base excision repair in lung adenocarcinoma cases with high CTSL2 expression.

Figure 7. Enrichment plots from GSEA of (A) cell cycle, (B) basal transcription factors, (C) spliceosome, (D) p53 signaling pathway, (E) oocyte meiosis, (F) mismatch repair, (G) DNA replication, (H) ubiquitin mediated proteolysis, (I) nucleotide excision repair, (J) homologous recombination, and (K) base excision repair in lung adenocarcinoma cases with high CTSL2 expression.