Figures & data
Figure 2. (a) Characteristics of 21 alternative genes with different hazard ratios in bladder cancer patients. (b) Different characteristics of changes in five-year and three-year survival ratios of bladder cancer patients.
![Figure 2. (a) Characteristics of 21 alternative genes with different hazard ratios in bladder cancer patients. (b) Different characteristics of changes in five-year and three-year survival ratios of bladder cancer patients.](/cms/asset/6e9787e4-5fb8-40bf-88ff-1839d804e225/ljfp_a_2252194_f0002_oc.jpg)
Figure 3. Characteristics of risk scores (a), survival conditions (b), and prognostic gene signatures (c).
![Figure 3. Characteristics of risk scores (a), survival conditions (b), and prognostic gene signatures (c).](/cms/asset/551c4b3c-12c9-4f50-a070-6ca4678e535b/ljfp_a_2252194_f0003_oc.jpg)
Figure 4. Risk score and staging condition as independent prognostic indicators using monofactor analysis (a). Risk score as an independent prognostic indicator using multivariate analysis (b).
![Figure 4. Risk score and staging condition as independent prognostic indicators using monofactor analysis (a). Risk score as an independent prognostic indicator using multivariate analysis (b).](/cms/asset/0179bb3c-1c39-4fa8-a46f-81aeb572dd4a/ljfp_a_2252194_f0004_oc.jpg)
Figure 5. Characteristics of risk score, tumor node metastasis stage contributing to three- and five-year survival rate (a) and sensitivity (b) in bladder cancer patients.
![Figure 5. Characteristics of risk score, tumor node metastasis stage contributing to three- and five-year survival rate (a) and sensitivity (b) in bladder cancer patients.](/cms/asset/dde8e231-fb4c-4387-a951-22d56211275d/ljfp_a_2252194_f0005_oc.jpg)
Figure 6. Distribution of risk signature genes across gene expression profiles in high- and low-risk groups, as showed in different spatial distributions (a, b, c, d).
![Figure 6. Distribution of risk signature genes across gene expression profiles in high- and low-risk groups, as showed in different spatial distributions (a, b, c, d).](/cms/asset/1afed118-bb83-4846-b813-f43885ece9ce/ljfp_a_2252194_f0006_oc.jpg)
Figure 7. All 10 intersection targets of pachymic acid and bladder cancer/COVID-19 were identified. A PPI network of F2, IDO1, KCNH2, NTRK3, CCL2, PTGS2, ACTA2, MMP1, CCNE1, and THBS1 was presented.
![Figure 7. All 10 intersection targets of pachymic acid and bladder cancer/COVID-19 were identified. A PPI network of F2, IDO1, KCNH2, NTRK3, CCL2, PTGS2, ACTA2, MMP1, CCNE1, and THBS1 was presented.](/cms/asset/8bf6ed26-9efe-4e70-9778-a35c047c0459/ljfp_a_2252194_f0007_oc.jpg)