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. 2023 Aug 14;16:3437–3454. doi: 10.2147/JIR.S421491

Figure 7.

Figure 7

Kaplan–Meier survival analysis. (A). Patients with a high SIRI value (SIRI ≥ 4.15) had a much higher mortality rate at long-term follow-up than patients with a low SIRI value (SIRI < 4.15); (B). Patients with a high SIRI value (SIRI ≥ 4.15) had a much higher new-onset nonfatal acute myocardial infarction (AMI) rate at long-term follow-up than patients with a low SIRI value (SIRI < 4.15); (C). Patients with a high SIRI value (SIRI ≥ 4.15) had a much higher congestive heart failure (HF) rate at long-term follow-up than patients with a low SIRI value (SIRI < 4.15); (D). Patients with a high SIRI value (SIRI ≥ 4.15) had a much higher revascularization in unstable angina (UA) rate at long-term follow-up than patients with a low SIRI value (SIRI < 4.15); (E). Patients with a high PIV (PIV ≥ 622.71) had a much higher mortality rate at long-term follow-up than patients with a low PIV (PIV < 622.71); (F). Patients with a high PIV (PIV ≥ 622.71) had a much higher new-onset nonfatal acute myocardial infarction (AMI) rate at long-term follow-up than patients with a low PIV (PIV < 622.71); (G). Patients with a high PIV (PIV ≥ 622.71) had a much higher congestive heart failure (HF) rate at long-term follow-up than patients with a low PIV (PIV < 622.71); (H). Patients with a high PIV (PIV ≥ 622.71) had much a higher revascularization in unstable angina (UA) rate at long-term follow-up than patients with a low PIV (PIV < 622.71).

Abbreviations: SIRI, systemic inflammation response index; PIV, pan-immune-inflammation value.