Individual Lab Report Ci-Trol,2016 ST VINCENT MEDICAL CENTER LABORATORY(LAB# 7300 ) 2131 WEST THIRD STREET LOS ANGELES CA USA 90057 APTT (seconds) SYSMEX CA 1500-1, DADE ACTIN FSL Period SD CV # Points 25.7 0.30 1.2 32 25.9 0.43 1.7 734 Period Avg. SD Avg. CV s # Points SDI CVI 25.6 0.51 1.7 80 5953 0.2 0.7 25.5 0.48 1.9 101 61154 0.8 0.9 25.5 0.52 1.8 195 13269 0.4 0.7 25.3 0.51 2.1 257 162714 1.1 0.8 Total Error Graph (= ) CLIA 29.339 25.878 CLIA 21.685 CLIA 29.448 25.700 CLIA 21.766 SYSMEX CA 1500-1, DADE ACTIN FSL Period SD CV # Points 60.0 1.05 1.8 32 59.7 1.39 2.3 724 Period Avg. SD Avg. CV s # Points SDI CVI 60.2 1.41 2.1 79 5888-0.1 0.8 59.6 1.12 2.3 99 60761 0.1 1.0 57.9 3.07 2.2 196 13405 0.7 0.8 57.3 2.96 2.5 258 163961 0.8 0.9 Total Error Graph (= ) CLIA 68.527 59.683 CLIA 50.651 CLIA 69.237 60.000 CLIA 51.176 SYSMEX CA 1500-2, DADE ACTIN FSL Period SD CV # Points 26.1 0.48 1.8 87 25.8 0.44 1.7 657 Period Avg. SD Avg. CV s # Points SDI CVI 25.6 0.51 1.7 80 5953 1.0 1.1 25.5 0.48 1.9 101 61154 0.6 0.9 25.5 0.52 1.8 195 13269 1.2 1.0 25.3 0.51 2.1 257 162714 0.9 0.8 Total Error Graph (= ) CLIA 29.339 25.789 CLIA 21.685 CLIA 29.448 26.100 CLIA 21.766 SYSMEX CA 1500-2, DADE ACTIN FSL Period SD CV # Points 61.2 1.70 2.8 51 60.0 1.44 2.4 620 Period Avg. SD Avg. CV s # Points SDI CVI 60.2 1.41 2.1 79 5888 0.7 1.3 59.6 1.12 2.3 99 60761 0.4 1.0 57.9 3.07 2.2 196 13405 1.1 1.3 57.3 2.96 2.5 258 163961 0.9 1.0 Total Error Graph (= ) CLIA 68.527 60.029 CLIA 50.651 CLIA 69.237 61.200 CLIA 51.176 Refer to the Siemens Hemostasis QAP Report Appendix for report definitions and calculations. Print Date & Time: 25-Jul-17 9:27:57 AM Part No.: D53852 Page: 1
Individual Lab Report Ci-Trol,2016 ST VINCENT MEDICAL CENTER LABORATORY(LAB# 7300 ) 2131 WEST THIRD STREET LOS ANGELES CA USA 90057 Clauss Fibrinogen (mg/dl) SYSMEX CA 1500-2, DADE THROMBIN Period SD CV # Points 238.0 7.10 3.0 5 244.5 7.90 3.2 85 SYSMEX CA 1500/7000, DADE THROMBIN Period Avg. SD Avg. CV s # Points SDI CVI 256.3 9.90 3.5 50 2382-1.8 0.8 257.1 8.05 4.1 71 19857-1.6 0.8 260.2 12.61 3.6 64 2909-1.8 0.8 261.7 13.53 4.4 98 28281-1.3 0.7 Prothrombin Time (seconds) SYSMEX CA 1500-1, DADE INNOVIN Period SD CV # Points 10.7 0.14 1.3 17 10.7 0.23 2.1 727 Period Avg. SD Avg. CV s # Points SDI CVI 10.8 0.16 1.8 80 6129-0.5 0.7 10.8 0.13 2.0 100 63878-0.7 1.1 10.7 0.29 1.8 225 15197-0.1 0.7 10.7 0.28 2.1 292 184442-0.1 1.0 Total Error Graph (= ) CLIA 308.571 244.541 CLIA 205.714 CLIA 307.559 238.000 CLIA 205.039 Total Error Graph (= ) CLIA 12.425 10.716 CLIA 9.183 CLIA 12.395 10.700 CLIA 9.161 SYSMEX CA 1500-1, DADE INNOVIN Period SD CV # Points 54.3 1.30 2.4 32 53.0 2.28 4.3 723 Period Avg. SD Avg. CV s # Points SDI CVI 53.1 1.22 2.8 80 6209 1.0 0.8 53.2 1.29 3.2 102 64825-0.2 1.4 52.6 1.77 2.8 225 15197 1.0 0.8 52.9 1.59 3.3 289 182691 0.0 1.3 Total Error Graph (= ) CLIA 61.233 52.960 CLIA 45.259 CLIA 61.048 54.300 CLIA 45.122 SYSMEX CA 1500-2, DADE INNOVIN Period SD CV # Points 10.7 0.22 2.1 96 10.8 0.19 1.8 664 Period Avg. SD Avg. CV s # Points SDI CVI 10.8 0.16 1.8 80 6129-0.5 1.2 10.8 0.13 2.0 100 63878-0.4 0.9 10.7 0.29 1.8 225 15197-0.1 1.1 10.7 0.28 2.1 292 184442 0.1 0.8 Total Error Graph (= ) CLIA 12.425 10.756 CLIA 9.183 CLIA 12.395 10.700 CLIA 9.161 Refer to the Siemens Hemostasis QAP Report Appendix for report definitions and calculations. Print Date & Time: 25-Jul-17 9:27:57 AM Part No.: D53852 Page: 2
Individual Lab Report Ci-Trol,2016 ST VINCENT MEDICAL CENTER LABORATORY(LAB# 7300 ) 2131 WEST THIRD STREET LOS ANGELES CA USA 90057 Prothrombin Time (seconds) SYSMEX CA 1500-2, DADE INNOVIN Period SD CV # Points 54.6 2.48 4.5 95 54.1 2.20 4.1 665 Period Avg. SD Avg. CV s # Points SDI CVI 53.1 1.22 2.8 80 6209 1.2 1.6 53.2 1.29 3.2 102 64825 0.6 1.3 52.6 1.77 2.8 225 15197 1.1 1.6 52.9 1.59 3.3 289 182691 0.7 1.2 Total Error Graph (= ) CLIA 61.233 54.064 CLIA 45.259 CLIA 61.048 54.600 CLIA 45.122 QAP Reports are designed primarily to summarize data on Siemens Hemostasis Controls. The Statistics are calculations from user input and are provided as a service to customers. No claim is made as to the validity of values, tests and methods beyond those specifically identified on Siemens Hemostasis Control inserts and product literature. Refer to the Siemens Hemostasis QAP Report Appendix for report definitions and calculations. Print Date & Time: 25-Jul-17 9:27:57 AM Part No.: D53852 Page: 3
Report Appendix DATA CODES Any code that may appear with data on Siemens Hemostasis QAP reports is listed here with a brief description. 1 This symbol prints next to the Avg when the number of peers in the peer group is 10 or fewer, signifying a small peer group. For these small sample sizes, the individual means of each peer in the group are printed at the end of the data for the control level. "-" This statistic was Not Calculated for the indicated data collection period due to the presence of incongruent data in the calculation. C This data has been changed or added by Siemens Hemostasis QAP at the request of your laboratory. G L N P S This value did not pass the Gross Outlier Check, which excludes extremely discrepent data that falls outside of present limits for each test. This data was not processed and is not included in QAP Reports. This value did not pass the Laboratory Outlier Check, which excludes values more than +/- 3 standard deviations from the lab s mean for the month. This value was excluded from the calculation of the lab s mean and SD for this month. The SD and CV for a set of control data points for an individual lab are not displayed when the number of points for the set is less than five. Your lab s mean did not pass the Outlier Check, which excludes lab means from peer statistics that are discrepant from the average peer mean. Your lab s All Shift mean did not pass the Outlier Check, which excludes lab means from peer statistics that are discrepent from the average peer mean. Data from all shifts has been excluded from the peer statistics. DEFINITIONS Avg. CV CVI The peer average mean is calculated by averaging the individual means in a peer group. Comparing the lab mean to the peer average can aid in evaluating analytical accuracy. The coefficient of variation is the SD expressed as a percentage of the mean and is calculated by dividing the SD by the mean and multiplying by 100. It is useful in evaluating precision. The coefficient of variation index compares the lab s CV to the peer group median CV for evaluating precision. The CVI calculation is: Lab CV Average CV Avg. CV Lot-to-Date describes a data collection period which includes all QC data received thus far for this control lot, either for the lab or the peer, as indicated. The peer average CV (coefficient of variation) is calculated by averaging the individual CV s in a peer group. Comparing the lab CV to the peer average CV aids in evaluationg precision. Print Date & Time: 25-Jul-17 9:27:57 AM Part No.: D53865 Page: 1
Report Appendix For Chemistry tests, the statistics for this peer group category are calculated by combining data submitted from peers using the same method principle, with any instrument and reagent. For Hemostasis tests, the statistics for this peer group category are calculated by combining data submitted from peers using the same method principle and reagent, with any instrument. SD SD SDI The SD is the standard deviation (SD) of all the acceptable current or cumulative () lab means used in the calculation of the, or J&J Vitros standard deviation index (SDI). The standard deviation for a lab represents the spread of a set of individual data points around their mean. It is useful in evaluating precision. The standard deviation index compares the lab s mean to the peer group average mean for evaluating accuracy. The reports identify the peer group used in the SDI calculation. The SDI calculation is: Lab mean - Avg. SD Total Error (TE) The statistics for this peer group category are calculated by combinig data submitted from peers using the same or similarly performing instrumentation, and the same reagent and reaction temperature (when applicable). Total Error (TE) refers to the total analytical error of a lab s analytical method and may be used to assess its inaccuracy and imprecision. The Total Error Graph compares the Total Error of the lab s analytical method to the Total Error Limits (calculated using the mean). To assess the acceptability of the lab s Total Error, the lab s mean +/-2 SD range is compared to the Total Error Limits. This range should be within the Total Error Limits. The Total Error Limits are calculated using test performance guidelines from one of the following: U.S. CLIA, Medical Society of Germany or +/- 3 SD. Using these guidelines, the lower and upper limits are established with this calculation: the Average +/- test specific guidelines. When such guidelines are not available, the limits are not calculated. When a Total Error Limit is exceeded, it may be necessary to investigate for sources of either inaccuracy or imprecision. While this information may assist with predicting proficiency testing performance due to peer and methodological differences, it is suggested that discretion be used in interpretation. In addition, the lab must define its own analytical goals for minimizing bias and imprecision, and medical decision levels. Print Date & Time: 25-Jul-17 9:27:57 AM Part No.: D53865 Page: 2