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C-reactive protein as a prognostic tool in cardiovascular practices: should CRP testing be ordered along with lipid
Insights
C-reactive protein (CRP) shows a dose-response link to cardiovascular events, potentially aiding risk assessment in intermediate-risk patients. However, current evidence does not support routine CRP testing alongside lipid profiles.
Area of Science:
- Cardiovascular Medicine
- Clinical Chemistry
- Biomarker Research
Background:
- C-reactive protein (CRP) is an inflammatory marker.
- Cardiovascular disease (CVD) risk assessment relies on established factors.
- The role of CRP in refining CVD risk prediction is under investigation.
Purpose of the Study:
- To evaluate the association between CRP levels and clinical cardiovascular events.
- To determine the clinical utility of CRP testing in cardiovascular risk stratification.
- To assess the added predictive value of CRP beyond traditional risk factors.
Main Methods:
- Analysis of the dose-response relationship between CRP and cardiovascular events.
- Examination of CRP's predictive value after adjusting for other risk factors.
- Evaluation of CRP's utility in specific patient risk groups (10-20% 10-year risk).
Main Results:
- A graded, dose-response relationship exists between CRP and cardiovascular events (RR≈2).
- CRP may improve risk estimation for patients with a 10-year risk between 10-20%.
- CRP testing is unlikely to identify high risk in individuals already at low risk (<10%).
Conclusions:
- CRP demonstrates a significant association with cardiovascular events, independent of other risk factors.
- CRP testing may offer clinical utility for intermediate-risk individuals but not for low-risk patients.
- Further research is needed to confirm CRP's added predictive value; routine co-ordering with lipid profiles is not currently recommended.
Abstract:
CRP has a graded, dose-response relationship to the occurrence of clinical cardiovascular events that remains after adjustment for other risk factors, with moderately strong associations between the lower and upper tertiles (RR≈2). It may have clinical utility in improving the estimation of absolute risks of patients with a calculated ten-year risk between 10 and 20%. Individuals at low risk (<10% per 10 years) will be unlikely to have a high risk identified through CRP testing. Additional prospective studies or new statistical analysis of previous studies are needed to establish the added predictive value of CRP above that of currently established risk factors. Thus, currently available evidence suggests that CRP testing should not be ordered along with lipid profiles.
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