Reference
Clouet-Foraison N, Marcovina SM, Guerra E, Aarsand AK, Coşkun A, Díaz-Garzón J, Fernandez-Calle P, Sandberg S, Ceriotti F, Carobene A., 2020, Clin Chem, 66, 727-36 , Analytical Performance Specifications for Lipoprotein(a), Apolipoprotein B-100, and Apolipoprotein A-I Using the Biological Variation Model in the EuBIVAS Population
Parameter | Score |
---|---|
1. Scale | A |
2. Study Population | A |
3. Samples | A |
4. Measurand | A |
5. Pre-Analytical | A |
6. Replicate Analysis | A |
7. Steady State | A |
8. Outlier Analysis | A |
9. Normality | A |
10. Variance Homogeneity | A |
11. ANOVA | A |
12. CI | A |
13. No of Results | A |
14. Concentrations | A |
15. Total Score | A1,2,3,4,5,6,7,8,9,10,11,12,13,14, |
Comment | A |
Parameter | Score |
---|---|
Matrix | Serum |
Measurand | Lipoprotein (a) |
Unit | mmol / L |
Overall Analytical Principle Method | Immunoturbidimetry |
Number of Subjects | 91 |
Number of Subjects included in BV estimation | 66 |
Ethinicity | Caucasian |
Age Mean / Median | |
Age Min | 21.0 |
Age Max | 69.0 |
Age SD | |
Number of Males | 38 |
Number of Females | 53 |
State of Well Being |
Healthy (excl pregnant)
|
Diseases | |
Study Duration Length | 10 |
Study Duration Units | Week |
Sampling Intervals, e.g. X sample(s) per Interval Unit | 1 |
Interval Units | Week |
Sampling Times | Start Time:
End Time: |
Number of Samples | 10 |
Average Number of Samples Used for BV Estimation | 8.6 |
Average Number of Replicates | 1.9 |
Estimates of CVi | 8.9 |
Calculated Confidence Intervals of CVi | Lower: 8.35, Upper: 9.52 |
Estimates of CVg | |
Calculated Confidence Intervals of CVg | Lower: , Upper: |
Analytical CV | 3.1 |
Calculated Confidence Intervals of Analytical CV | Lower: 2.91, Upper: 3.31 |
Measurand Mean | 73.1 |
Measurand Min | |
Measurand Max | |
Measurand SD |