Table 3

Risk factors for an MI as outcome of ACS (adjusted for differences in age and sex)

Risk factorsOR95% CIp Value
Male sex1.591.19 to 2.130.002
Age (years)1.011.00 to 1.020.178
hsCRP >2 mg/L1.751.30 to 2.34p for trend 0.037
 Sex (male vs female)1.731.26 to 2.34<0.001
 Age (years)1.000.98 to 1.020.872
Serum amyloid
 Tert 11.0p for trend 0.216
 Tert 21.390.98 to 1.970.063
 Tert 31.661.16 to 2.360.006
Fibrino
 Tert 11.00p for trend 0.010
 Tert 21.260.90 to 1.940.174
 Tert 31.621.12 to 2.350.011
Leuco
 Tert 11.00p for trend <0.001
 Tert 22.781.97 to 3.92<0.001
 Tert 39.646.42 to 14.5<0.001
Neutro
 Tert 11.00p for trend <0.001
 Tert 22.962.09 to 4.20<0.001
 Tert 38.915.97 to 13.3<0.001
Eosino
 Tert 11.00p for trend 0.002
 Tert 20.650.45 to 0.940.021
 Tert 30.560.39 to 0.800.001
Mono
 Tert 11.00p for trend <0.001
 Tert 21.290.92 to 1.820.140
 Tert 33.182.20 to 4.61<0.001
T-cyt
 Tert 11.00p for trend 0.016
 Tert 21.140.81 to 1.610.445
 Tert 31.481.05 to 2.090.025
T-mcv
 Tert 11.00p for trend <0.001
 Tert 20.460.32 to 0.65<0.001
 Tert 30.510.35 to 0.72<0.001
  • Associations between risk factors and an adverse outcome of ACS were estimated using binary logistic regression and expressed as ORs with 95% CIs adjusting for differences in age and sex. Plasma levels of hsCRP were dichotomised at 2 mg/L, while other biomarkers were divided in tertiles for categorical comparisons using tertile 1 as reference. The continuous format of the variables was used to test for trend, however, due to skewed distributions, the tertiles were used as a linear variable for trend test of concentration of fibrinogen, eosinophil cell count and T-mcv.

  • ACS, acute coronary syndrome; eosino, eosinophil cell count; fibrino, fibrinogen; hsCRP, high-sensitivity C reactive protein; leuco, leucocyte cell count; MI, myocardial infarction; mono, monocyte cell count; neutro, neutrophil cell count; T-cyt, thrombocyte cell count; T-mcv, thrombocyte median cell volume; tert, tertile.