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ImmunoCAP™ Seed, Legume and Nut Component Allergens Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Seed, Legume and Nut Allergen Components down to the molecular level, essential tools to aid in the diagnosis of allergic conditions. IgE antibodies appear in human serum and plasma as a result of sensitization to a specific allergen. Measurement of circulating IgE antibodies provides an objective assessment of sensitization to an allergen at the molecular level. In general, low IgE antibody levels indicate a low probability of allergic disease, whereas high antibody levels to an allergen show, in general, a higher correlation with an allergic disease.

MGC DAU Control Sets Thermo Scientific™

Monitor Thermo Scientific™ CEDIA™ and Thermo Scientific™ DRI™ drugs of abuse testing assay performance with Thermo Scientific MGC DAU Control Sets. These controls contain high and low level controls at drug concentrations 25% below and above screening assay cutoffs to ensure quality laboratory results.

ImmunoCAP™ Fish, Shellfish and Mollusk Allergen Components Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Fish, Shellfish and Mollusk Allergen Components down to the molecular level, essential tools to aid in the diagnosis of allergic conditions. IgE antibodies appear in human serum and plasma as a result of sensitization to a specific allergen. Measurement of circulating IgE antibodies provides an objective assessment of sensitization to an allergen at the molecular level. In general, low IgE antibody levels indicate a low probability of allergic disease, whereas high antibody levels to an allergen show, in general, a higher correlation with an allergic disease. 

AcroMetrix™ EV Controls Thermo Scientific™

Assess molecular diagnostic procedures, including the DNA extraction step, for the qualitative and quantitative determination of enterovirus RNA with the Thermo Scientific™ AcroMetrix™ EV Controls. The controls are for In Vitro Diagnostic Use.

CEDIA™ Heroin Metabolite (6-Acetylmorphine) Drugs of Abuse Assays Thermo Scientific™

Utilize the globally valued accuracy, precision, lot-to-lot dependability and stable shelf life of CEDIA™ Heroin Metabolite (6-Acetylmorphine) Drugs of Abuse Assays, which offer applications for an array of clinical chemistry analyzers. The drugs of abuse testing scope is expanding rapidly, and CEDIA assays meet this challenge by offering one of the most extensive menus for drugs of abuse testing and developing new assays to respond to ever-emerging drug screening needs.

ImmunoCAP™ Tree Allergen Components Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Tree Allergen Components down to the molecular level, essential tools to aid in the diagnosis of allergic conditions. IgE antibodies appear in human serum and plasma as a result of sensitization to a specific allergen. Measurement of circulating IgE antibodies provides an objective assessment of sensitization to an allergen at the molecular level. In general, low IgE antibody levels indicate a low probability of allergic disease, whereas high antibody levels to an allergen show, in general, a higher correlation with an allergic disease. 

NERL™ HEMA-Trol™ Whole Blood HGB Controls Thermo Scientific™

Ensure accurate test results on HemoCue™ B-Hemoglobin and Hb 201+ photometers with Thermo Scientific™ NERL™ HEMA-TROL™ Whole Blood HGB Controls. These multi-level reference controls utilize stabilized whole human red cells that process like a fresh patient sample.

AcroMetrix NAT Blood Screening Controls Thermo Scientific™

Estimate the precision and reproducibility of NAT assays that are designed to detect viral nucleic acids in human plasma from donations of whole blood and blood components for transfusion with the Thermo Scientific™ AcroMetrix NAT Blood Screening Controls. These controls mimic naturally occurring plasma specimens and can help detect potential systematic deviations of tests for the qualitative determination of viral nucleic acids. The controls are for In Vitro Diagnostic Use.

CEDIA™ Buprenorphine II Drugs of Abuse Calibrators and Controls Thermo Scientific™

Achieve qualitative and semi-quantitative test results with the Thermo Scientific™ CEDIA™ Buprenorphine II Calibrators and Controls. The five calibrators, including negative, are used to establish a standard curve that correlates the reaction signals from the analyzer with the calibrators’ respective concentrations (in ng/mL). Two controls, one above and one below the cutoff (10ng/mL), validate the calibration curve. The calibrators and controls also provide a reference point for qualitative (positive or negative results) and semi-quantitative detection.

CEDIA™ Phencyclidine (PCP) Drugs of Abuse Assays Thermo Scientific™

Utilize the globally valued accuracy, precision, lot-to-lot dependability and stable shelf life of CEDIA™ Phencyclidine (PCP) Drugs of Abuse Assays, which offer applications for an array of clinical chemistry analyzers. The drugs of abuse testing scope is expanding rapidly, and CEDIA assays meet this challenge by offering one of the most extensive menus for drugs of abuse testing and developing new assays to respond to ever-emerging drug screening needs.

DRI™ Cotinine Drugs of Abuse Calibrators Thermo Scientific™

Achieve high analytical accuracy while eliminating time-consuming steps in reagent preparation with Thermo Scientific™ DRI™ Cotinine Drugs of Abuse Calibrators. These liquid, ready-to-use assays have been field-tested on a wide range of analyzers. They are enthusiastically accepted in laboratories where cost control and optimal productivity are key issues. 

DRI™ Methadone Metabolite Drugs of Abuse Assay Thermo Scientific™

Utilize the globally valued accuracy, precision, lot-to-lot dependability and stable shelf life of Thermo Scientific™ DRI™ Methadone Metabolite Drugs of Abuse Assay, which offers applications for an array of clinical chemistry analyzers. The drugs of abuse testing scope is expanding rapidly, and DRI assays meet this challenge by offering one of the most extensive menus for drugs of abuse testing and developing new assays to respond to ever-emerging drug screening needs.

ImmunoCAP™ Tree Pollen Allergens Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Tree Pollen Allergens, essential tools to aid in the diagnosis of allergic conditions. IgE antibodies appear in human serum and plasma as a result of sensitization to a specific allergen. Measurement of circulating IgE antibodies provides an objective assessment of sensitization to an allergen. In general, low IgE antibody levels indicate a low probability of allergic disease, whereas high antibody levels to an allergen show a higher correlation with an allergic disease.

ImmunoCAP™ Grass Pollen Allergens Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Grass Pollen Allergens, essential tools to aid in the diagnosis of allergic conditions. IgE antibodies appear in human serum and plasma as a result of sensitization to a specific allergen. Measurement of circulating IgE antibodies provides an objective assessment of sensitization to an allergen. In general, low IgE antibody levels indicate a low probability of allergic disease, whereas high antibody levels to an allergen show a higher correlation with an allergic disease.

ImmunoCAP™ Mold and Yeast Allergen Components Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Mold and Yeast Allergen Components down to the molecular level, essential tools to aid in the diagnosis of allergic conditions. IgE antibodies appear in human serum and plasma as a result of sensitization to a specific allergen. Measurement of circulating IgE antibodies provides an objective assessment of sensitization to an allergen at the molecular level. In general, low IgE antibody levels indicate a low probability of allergic disease, whereas high antibody levels to an allergen show, in general, a higher correlation with an allergic disease. 
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