Allergen Components

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. 

ImmunoCAP™ Grass Allergen Components Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Grass 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. 

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.

ImmunoCAP™ Epidermal and Animal Protein Allergen Components Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Epidermal and Animal Protein 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.

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. 

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. 

ImmunoCAP™ Fruit and Vegetable Allergen Components Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Fruit and Vegetable 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. 

ImmunoCAP™ Weed Allergen Components Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Weed 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.

ImmunoCAP™ Occupational Allergen Components Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Occupational 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.

ImmunoCAP™ Milk Allergen Components Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Milk 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.

ImmunoCAP™ Egg and Fowl Allergen Components Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Egg and Fowl 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.

ImmunoCAP™ Mite Allergen Components Thermo Scientific™

Quantify specific IgE antibodies with ImmunoCAP™ Mite 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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