IVD of Olea europaea Allergy

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Olea europaea

In the Mediterranean region, where olive trees are widely planted, olive hay fever has become an important health problem. Olive pollen, an immunoglobulin E (IgE)-mediated allergen, is one of the most important causes of respiratory allergies due to the large amounts of pollen released by olive trees into the atmosphere. Currently, in vitro diagnostics (IVD) identifies the most clinically relevant sensitizing allergen for olive pollen allergy, Ole e 1, by detecting specific IgE antibodies in patients using specific reagents or serological methods.

IVD of Olea europaea Allergy

Main Steps of IVD for Olea europaea Allergy

The main methods are ELISA, immunoblotting, radio allergen absorption test (RAST), etc. Detect IgE antibodies or cytokines in serum, focusing on total IgE determination and specific IgE determination. The amount of specific IgE antibodies can help identify allergens.

In order to determine whether the patient is allergic to olive pollen, drop an olive pollen extract on his/her skin, then gently prick it with a needle and observe the skin's reaction.

Creative BioMart provides high-quality recombinant Olea europaea allergen proteins used for IVD, including ELISA, lateral flow assay, western blot, and other immunoassays.

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In addition, Creative BioMart also offers a series of allergen proteins and protein-related services to provide customers with high-quality, low-cost active recombinant proteins to meet different needs and assist in preclinical drug development.

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Creative BioMart specializes in the IVD field, offering a wide range of IVD proteins for both biological exploration and clinical research. Additionally, we provide highly personalized and top-tier protein services for IVD reagents, drug discovery, biotechnology research production, and other related fields. For more information about our exceptional products and services, please contact us.

Reference

  1. García-Sánchez J, del Mar Trigo M, Recio M. (2019). Extraction and quantification of Ole e 1 from atmospheric air samples: An optimized protocol[J]. Chemosphere. 225: 490-496.
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