For in vitro diagnostic use as a control to monitor the performance of multi- pa
For in vitro diagnostic use as a control to monitor the performance of multi- parameter hematology instruments. Boule Con-Diff Hematology Control is prepared from stabilized human blood so that repeated measurements can be made daily to monitor the performance of hematology analyzer systems. ASSIGNED VALUES and EXPECTED RANGES are determined on systems using specific Boule reagents. ASSIGNED VALUES are confirmed by multiple analysis of the control product.
For in vitro diagnostic use as a control to monitor the performance of multi-par
For in vitro diagnostic use as a control to monitor the performance of multi-parameter hematology instruments. CDS 3PD Hematology Control is prepared from stabilized human blood so that repeated measurements can be made daily to monitor the performance of hematology analyzer systems. ASSIGNED VALUES and EXPECTED RANGES are determined on systems using specific CDS reagents. ASSIGNED VALUES are confirmed by multiple analysis of the control product and should be considered a suggested average until you establish your own running mean.
For in vitro diagnostic use as a control to monitor the performance of multi-par
For in vitro diagnostic use as a control to monitor the performance of multi-parameter hematology instruments. CDS 3PD Hematology Control is prepared from stabilized human blood so that repeated measurements can be made daily to monitor the performance of hematology analyzer systems. ASSIGNED VALUES and EXPECTED RANGES are determined on systems using specific CDS reagents. ASSIGNED VALUES are confirmed by multiple analysis of the control product and should be considered a suggested average until you establish your own running mean.
For in vitro diagnostic use as a control to monitor the performance of multi- pa
For in vitro diagnostic use as a control to monitor the performance of multi- parameter hematology instruments. Boule Con-Diff Hematology Control is prepared from stabilized human blood so that repeated measurements can be made daily to monitor the performance of hematology analyzer systems. ASSIGNED VALUES and EXPECTED RANGES are determined on systems using specific Boule reagents. ASSIGNED VALUES are confirmed by multiple analysis of the control product.
For in vitro diagnostic use as a control to monitor the performance of multi- pa
For in vitro diagnostic use as a control to monitor the performance of multi- parameter hematology instruments. Boule Con-Diff Tri-Level is prepared from stabilized human blood so that repeated measurements can be made daily to monitor the performance of hematology analyzer systems. ASSIGNED VALUES and EXPECTED RANGES are determined on systems using specific Boule reagents. ASSIGNED VALUES are confirmed by multiple analysis of the control product.
Liquid Hemoglobin A1c Control Set, The HbA1c controls are reference controls con
Liquid Hemoglobin A1c Control Set, The HbA1c controls are reference controls consisting of human blood based solutions. It is intended to simulate human patient whole blood samples for the purpose of monitoring the precision of laboratory testing procedures for the following assays: HbA1c. When used for quality control purposes, it is recommended that each laboratory establish its own means and acceptable ranges and use the values provided only as guides. Size: 4 x 0.5 mL
Reagent intended for use as human hemoglobin controls for the cyanmethemoglobin
Reagent intended for use as human hemoglobin controls for the cyanmethemoglobin hemoglobin procedure3 x 2ml
A bi-level reference control intended for use on STAT-Site® and HemoSite® hemogl
A bi-level reference control intended for use on STAT-Site® and HemoSite® hemoglobin testing systems, including the STAT-Site® MHgb Test System.