Retic-Chex Linearity BC is designed to establish the patient reportable range an
Retic-Chex Linearity BC is designed to establish the patient reportable range and linearity of the system. Contains 1 vial each of levels 1-5.
A positive procedural control for enumerating CD34 positive cells by flow cytome
A positive procedural control for enumerating CD34 positive cells by flow cytometry. Contains 2 vials each of level 1 and 2.
A positive procedural control for enumerating CD34 positive cells by flow cytome
A positive procedural control for enumerating CD34 positive cells by flow cytometry. Contains 1 vial each of level 1 and 2.
A 5-part differential control that monitors all parameters, including reticulocy
A 5-part differential control that monitors all parameters, including reticulocytes and nucleated red blood cells. Contains 1 vial each of low, normal & high levels.
A 5-part differential control that monitors all parameters, including reticulocy
A 5-part differential control that monitors all parameters, including reticulocytes and nucleated red blood cells. Contains 4 vials each of low, normal & high levels.
A positive procedural control for enumerating CD34 positive cells by flow cytome
A positive procedural control for enumerating CD34 positive cells by flow cytometry. Contains 2 vials of level 3.
A positive procedural control for enumerating CD34 positive cells by flow cytome
A positive procedural control for enumerating CD34 positive cells by flow cytometry. Contains 2 vials of level 2.
A positive procedural control for enumerating CD34 positive cells by flow cytome
A positive procedural control for enumerating CD34 positive cells by flow cytometry. Contains 2 vials of level 1.
A 5-part differential control that monitors all parameters, including reticulocy
A 5-part differential control that monitors all parameters, including reticulocytes and nucleated red blood cells. Contains 12 vials of normal level.
A positive procedural control for enumerating CD34 positive cells by flow cytome
A positive procedural control for enumerating CD34 positive cells by flow cytometry. Contains 1 vial of level 3.
A positive procedural control for enumerating CD34 positive cells by flow cytome
A positive procedural control for enumerating CD34 positive cells by flow cytometry. Contains 1 vial of level 2.
A positive procedural control for enumerating CD34 positive cells by flow cytome
A positive procedural control for enumerating CD34 positive cells by flow cytometry. Contains 1 vial of level 1.
A 5-part differential control that monitors all parameters, including reticulocy
A 5-part differential control that monitors all parameters, including reticulocytes and nucleated red blood cells. Contains 4 vials of high level.
A 5-part differential control that monitors all parameters, including reticulocy
A 5-part differential control that monitors all parameters, including reticulocytes and nucleated red blood cells. Contains 4 vials of normal level.
A 5-part differential control that monitors all parameters, including reticulocy
A 5-part differential control that monitors all parameters, including reticulocytes and nucleated red blood cells. Contains 4 vials of low level.
MDx-Chex for BCID2 is intended for use as an external positive and negative assa
MDx-Chex for BCID2 is intended for use as an external positive and negative assayed control to monitor the performance of the qualitative detection of yeast, Gram positive and Gram negative bacteria, as well as associated antimicrobial resistance genes, by the BioFire® FilmArray® Blood Culture Identification 2 (BCID2) Panel on FilmArray® systems. Control 1 - GN: Gram negative bacteria: Acinetobacter colcoaceticus-baumannii complex, Bacteroides fragilis, Enterobacter cloacae complex, Escherichia coli, Klebsiella aerogenes, Klebsiella oxytoca, Klebsiella pneumoniae group, Proteus spp., Salmonella spp., Serratia marcescens, Haemophilus influenza, Neisseria meningitides, Pseudomonas aeruginosa, Stenotrophomonas maltophilia; antimicrobial resistance genes: KPC, CTX-M, IMP, NDM, OXA-48-like, VIM, mcr-1. Control 2 - GPY: Gram positive bacteria: Enterococcus faecalis, Enterococcus faecium, Listeria monocytogenes, Staphylococcus aureus, Staphylococcus epidermidis, Staphylococcus lugdunesis, Streptococcus agalactiae, Streptococcus pneumonia, Streptococcus pyogenes; yeast: Candida albicans, Candida auris, Candida glabrata, Candida krusei, Candida parapsilosis, Candida tropicalis, Cryptococcus neoformans/gatti; antimicrobial resistance genes: mecA/C and MREJ, vanA/B. This product is not intended to replace manufacturer controls provided with the device.
PMN
Assayed External Control Material For Microbiology Nucleic Acid Amplification (Nat) Assays
A comprehensive cellular component and chemistry analyte urinalysis control desi
A comprehensive cellular component and chemistry analyte urinalysis control designed specifically for the Siemens CLINITEK Atlas® and Sysmex® UF-1000i™ combined urinalysis system. Contains 1 vial each of L-PC,PCM & NC.
A buffered and filtered New Methylene Blue that can be used with control and pat
A buffered and filtered New Methylene Blue that can be used with control and patient samples. Contains 2 vials.
A buffered and filtered New Methylene Blue that can be used with control and pat
A buffered and filtered New Methylene Blue that can be used with control and patient samples. Contains 4 vials.
Para 12® Plus is an assayed hematology control for evaluating the accuracy and p
Para 12® Plus is an assayed hematology control for evaluating the accuracy and precision of hematologyinstruments that provide a white blood cell differential.
A buffered and filtered New Methylene Blue that can be used with control and pat
A buffered and filtered New Methylene Blue that can be used with control and patient samples. Contains 1 vial.
A buffered and filtered New Methylene Blue that can be used with control and pat
A buffered and filtered New Methylene Blue that can be used with control and patient samples. Contains 1 vial.
Urinalysis control designed specifically for the Sysmex® UF-1000i™ urine analyze
Urinalysis control designed specifically for the Sysmex® UF-1000i™ urine analyzer. Contains 1 vial each of Level 1 & 2.
Assayed linearity control kits that are used to determine the patient reportable
Assayed linearity control kits that are used to determine the patient reportable range of 3-part and 5-part hematology instruments. Contains 1 vial each of PLT L1-6.
Assayed linearity control kits that are used to determine the patient reportable
Assayed linearity control kits that are used to determine the patient reportable range of 3-part and 5-part hematology instruments. Contains 1 vial each of WBC L1-5.
Assayed linearity control kits that are used to determine the patient reportable
Assayed linearity control kits that are used to determine the patient reportable range of 3-part and 5-part hematology instruments. Contains 1 vial each of RBC L1-5, WBC L1-5, PLT L1-6.
Assayed linearity control kits that are used to determine the patient reportable
Assayed linearity control kits that are used to determine the patient reportable range of 3-part and 5-part hematology instruments. Contains 1 vial each of RBC L1-4, WBC L1-4, PLT L1-4.
A1c-Cellular Linearity contains one vial each of Levels 1-5. A1c-Cellular Linear
A1c-Cellular Linearity contains one vial each of Levels 1-5. A1c-Cellular Linearity assesses the accuracy and linear reportable range of the HbA1c parameter.
JJX
Single (Specified) Analyte Controls (Assayed And Unassayed)
A liquid control appropriate for immunoassay and ionic exchange HPLC methodologi
A liquid control appropriate for immunoassay and ionic exchange HPLC methodologies. Contains one vial each of Level 1 and 2.
JJX
Single (Specified) Analyte Controls (Assayed And Unassayed)
A liquid control appropriate for immunoassay and ionic exchange HPLC methodologi
A liquid control appropriate for immunoassay and ionic exchange HPLC methodologies. Contains 3 vials each of Level 1 and 2.
JJX
Single (Specified) Analyte Controls (Assayed And Unassayed)
A positive and negative whole blood control to test for the presence of Hemoglob
A positive and negative whole blood control to test for the presence of Hemoglobin S in solubility tests and hemoglobin electrophoresis. Contains 2 each of P+ & N-
A positive and negative whole blood control to test for the presence of Hemoglob
A positive and negative whole blood control to test for the presence of Hemoglobin S in solubility tests and hemoglobin electrophoresis. Contains 1 each of P+ & N-
A multi-parameter hematology control for small laboratories and point-of-care ap
A multi-parameter hematology control for small laboratories and point-of-care applications that perform a limited number of hematology tests. Contains 4 vials each of normal & high levels.
A multi-parameter hematology control for small laboratories and point-of-care ap
A multi-parameter hematology control for small laboratories and point-of-care applications that perform a limited number of hematology tests. Contains 6 vials each of low, normal & high levels.
A multi-parameter hematology control for small laboratories and point-of-care ap
A multi-parameter hematology control for small laboratories and point-of-care applications that perform a limited number of hematology tests. Contains 4 vials each of low, normal & high levels.
A multi-parameter hematology control for small laboratories and point-of-care ap
A multi-parameter hematology control for small laboratories and point-of-care applications that perform a limited number of hematology tests. Contains 4 vials each of low & high levels.
A multi-parameter hematology control for small laboratories and point-of-care ap
A multi-parameter hematology control for small laboratories and point-of-care applications that perform a limited number of hematology tests. Contains 4 vials each of low & normal levels.
A multi-parameter hematology control for small laboratories and point-of-care ap
A multi-parameter hematology control for small laboratories and point-of-care applications that perform a limited number of hematology tests. Contains 2 vials each of low & normal levels.
A multi-parameter hematology control for small laboratories and point-of-care ap
A multi-parameter hematology control for small laboratories and point-of-care applications that perform a limited number of hematology tests. Contains 1 vial each of low, normal & high levels.
A multi-parameter hematology control for small laboratories and point-of-care ap
A multi-parameter hematology control for small laboratories and point-of-care applications that perform a limited number of hematology tests. Contains 4 vials each of normal & high levels.
JPK
Mixture, Hematology Quality Control
2
Para 4
Other products with the same Product Codes"KSA, KRY, KRX, KRZ"
A hematology calibrator assayed for the Abbott CELL-DYN® 3200, 3500, 3700 and Ru
A hematology calibrator assayed for the Abbott CELL-DYN® 3200, 3500, 3700 and Ruby® analyzers. Contains 1 vial.
A hematology calibrator assayed for the Abbott CELL-DYN® 3200, 3500, 3700 and Ru
A hematology calibrator assayed for the Abbott CELL-DYN® 3200, 3500, 3700 and Ruby® analyzers. Contains 1 vial.
A hematology calibrator assayed for the Abbott CELL-DYN® 3200, 3500, 3700 and Ru
A hematology calibrator assayed for the Abbott CELL-DYN® 3200, 3500, 3700 and Ruby® analyzers. Contains 1 vial.
A hematology calibrator assayed for the Abbott CELL-DYN® 3200, 3500, 3700 and Ru
A hematology calibrator assayed for the Abbott CELL-DYN® 3200, 3500, 3700 and Ruby® analyzers. Contains 1 vial.
CDS Hematology Calibrator is manufactured for calibration of multi-parameter hem
CDS Hematology Calibrator is manufactured for calibration of multi-parameter hematology analyzers for WBC, RBC, Hgb, MCV, Plt and MPV, as applicable to the analyzer system. Multi-parameter hematology analyzers require periodic calibration in order to produce accurate results on patient samples. Calibration may be accomplished by transferring calibration factors to the analyzer through fresh blood samples that have been assayed by reference methods. However, a more direct and convenient approach is to use a calibrator material such as CDS Hematology Calibrator, having system-specific assigned values, derived from a carefully calibrated analyzer or group of analyzers.CDS Hematology Calibrator assigned values are derived from replicate analyses on whole blood calibrated hematology analyzers (see reference procedures). Replicate analyses are performed on the user’s analyzer and calibration factors are computed by comparing recovered values and assigned values. The CDS Hematology Calibrator values are then divided by these determined factors to provide calibration settings for making adjustments to the instrument. Hct, MCH, MCHC, RDW and the WBC differential parameters do not require calibration.
CDS Hematology Calibrator is manufactured for calibration of multi-parameter hem
CDS Hematology Calibrator is manufactured for calibration of multi-parameter hematology analyzers for WBC, RBC, Hgb, MCV, Plt and MPV, as applicable to the analyzer system. Multi-parameter hematology analyzers require periodic calibration in order to produce accurate results on patient samples. Calibration may be accomplished by transferring calibration factors to the analyzer through fresh blood samples that have been assayed by reference methods. However, a more direct and convenient approach is to use a calibrator material such as CDS Hematology Calibrator, having system-specific assigned values, derived from a carefully calibrated analyzer or group of analyzers.CDS Hematology Calibrator assigned values are derived from replicate analyses on whole blood calibrated hematology analyzers (see reference procedures). Replicate analyses are performed on the user’s analyzer and calibration factors are computed by comparing recovered values and assigned values. The CDS Hematology Calibrator values are then divided by these determined factors to provide calibration settings for making adjustments to the instrument. Hct, MCH, MCHC, RDW and the WBC differential parameters do not require calibration.
CDS-LTX Primer is used to prepare the tubing and instrument components on the CO
CDS-LTX Primer is used to prepare the tubing and instrument components on the COULTER HmX/MAXM, STKS and GEN-S instruments prior to analyzing CDS LTX Control.The Coulter HmX/MAXM, STKS and GEN-S instruments require a clean sample line prior to aspirating CDS LTX-Control. Otherwise, performance might be adversely affected through increased coefficients of variation for the volume, conductivity and light scatter parameters.
CDS-LTX Control is used to validate volume, conductivity and light scatter param
CDS-LTX Control is used to validate volume, conductivity and light scatter parameters on COULTER HmX/ MAXM, STKS and GEN-S instruments. Prepare instrument with CDS LTX Primer immediately prior to CDS-LTX Control measurements.Accurate differential and reticulocyte measurements on COULTER HmX/MAXM, STKS and GEN-S instruments are assured by demonstrating consistent performance of volume, conductivity and light scatter parameters, using a particle of uniform size with appropriate light scattering characteristics. CDS-LTX Control validates the stability of the electrical processing and fluidic flow rate systems used to measure volume, conductivity and light scatter.
Boule Cal Hematology Calibrator is manufactured for calibration multi-pa
Boule Cal Hematology Calibrator is manufactured for calibration multi-parameter hematology analyzers.Multi-parameter hematology analyzers require regular calibration in order to produce accurate results on patient samples. Calibration can be accomplished by transferring information to the analyzer through fresh blood samples, which have been assayed by reference methods. A more direct and convenient approach is to use a calibrator material with System Specific Values (SSV) assigned. Boule Cal is such a material.Boule Cal is a stable suspension of red blood cells, white blood cells and platelets. Assigned values are derived from replicate analyses on whole blood calibrated hematology analyzers (see reference procedures). A user analyzes Boule Cal on their instrument and computes calibration factors by comparing recovered values and assigned values. These factors provide the basis for making adjustments to the instrument.