Allergy blood tests help identify what’s causing reactions such as sneezing, rashes, or stomach discomfort. At Bids Chemist, our allergy screening checks for common triggers like foods, pollen, and dust mites. With quick results and expert advice, you can better manage symptoms and improve your comfort and quality of life.
This comprehensive test screens for 295 different allergens, including foods, pollens, dust mites, and environmental triggers. A small blood sample is analysed to detect immune system reactions, helping to identify potential sources of allergic symptoms such as sneezing, rashes, asthma, or digestive disturbances. The results guide healthcare providers in creating personalised management plans, which may include avoidance strategies, medications, or immunotherapy. Patients benefit by understanding their allergy triggers, reducing symptom burden, and improving overall quality of life. Early detection allows proactive care, helping prevent severe allergic reactions and supporting long-term wellness. This test is particularly useful for complex cases with multiple suspected allergies.
This test detects antibodies to alpha-gal, a sugar molecule found in red meat, which can trigger delayed allergic reactions. Blood is drawn and analysed, helping healthcare providers diagnose red meat allergy and provide dietary guidance. Understanding alpha-gal status enables patients to prevent allergic reactions, including hives, gastrointestinal symptoms, or potentially severe responses such as anaphylaxis. Early identification allows informed decision-making, dietary management, and preventive planning to reduce allergy-related health risks and improve quality of life
The Gluten Allergy Profile measures immune responses to gluten, including antibodies that indicate coeliac disease or gluten sensitivity. It is ordered for patients experiencing digestive symptoms, fatigue, skin issues, or autoimmune conditions. Early detection allows patients to adjust their diet and prevent complications such as nutrient deficiencies or intestinal damage. A blood sample is taken, and results are interpreted alongside clinical history. Understanding your gluten sensitivity helps guide dietary choices, improve symptoms, and monitor long-term health outcomes effectively.
This test measures specific IgE antibodies against hazelnuts to assess the risk of allergic reactions. Blood is collected and analysed to identify sensitization, which may manifest as mild reactions or severe anaphylaxis. Healthcare providers use results to guide dietary recommendations, allergy management plans, and emergency preparedness. Patients benefit from understanding their allergy status, avoiding triggers, and receiving personalised advice to prevent reactions. Early detection allows for careful monitoring, education on symptom recognition, and improved quality of life while minimising allergy-related risks. This test supports safe management of food allergies.
Measures histamine levels in the blood, a chemical involved in immune responses, allergies, and gastric acid regulation. Elevated histamine may indicate allergic reactions, histamine intolerance, or mast cell disorders, while low levels can also provide useful clinical information. Blood is drawn, often fasting, and results are interpreted in the context of symptoms such as headaches, flushing, gastrointestinal upset, or hives. Understanding histamine levels helps guide dietary recommendations, allergy management, or further investigation into autoimmune or mast cell conditions.
Measures total IgE antibodies, which increase in allergic reactions or parasitic infections. Helps identify atopic conditions, guide allergy testing, and monitor response to treatment. Blood is drawn, and results inform clinical decisions.
This test measures antibodies against a specific allergen, such as a particular food, pollen, or dust mite. It helps identify triggers for allergic reactions, including skin rashes, sneesing, digestive symptoms, or respiratory issues. Results guide targeted avoidance strategies, lifestyle adjustments, and potential allergy treatments. Blood is drawn, and results are interpreted with clinical symptoms. Understanding specific allergen sensitivity empowers patients to manage exposure, reduce symptoms, and improve quality of life while guiding healthcare providers in personalised allergy care.
This test measures IgE antibodies specific to kiwi, indicating potential allergic sensitization. Blood is drawn and analysed to detect risk of allergic reactions, ranging from mild oral symptoms to severe anaphylaxis. Early identification allows healthcare providers to recommend avoidance strategies, emergency planning, and management guidance. Patients benefit by understanding their allergy status, reducing exposure risks, and implementing preventive measures to maintain overall health and safety.
This test measures IgE antibodies specific to kiwi, indicating potential allergic sensitization. Blood is drawn and analysed to detect risk of allergic reactions, ranging from mild oral symptoms to severe anaphylaxis. Early identification allows healthcare providers to recommend avoidance strategies, emergency planning, and management guidance. Patients benefit by understanding their allergy status, reducing exposure risks, and implementing preventive measures to maintain overall health and safety.
This test measures IgE antibodies against peanuts to assess allergic sensitization. Blood is collected and analysed to detect potential allergic reactions, which may range from mild oral symptoms to severe anaphylaxis. Results guide healthcare providers in developing avoidance strategies, emergency plans, and treatment options. Patients benefit by understanding allergy status, implementing safe dietary and lifestyle choices, and improving quality of life. Early identification allows proactive allergy management, reduces exposure risk, and supports long-term health.
This test measures IgE antibodies against pineapple to assess allergic sensitization. Blood is collected and analysed to detect risk of reactions, ranging from mild oral symptoms to severe anaphylaxis. Results guide dietary management, emergency planning, and preventive strategies. Patients benefit by understanding allergy status, preventing exposure, and supporting safe lifestyle choices. Early detection enables proactive management, reduces complications, and supports long-term wellness.
This test measures IgE antibodies against sesame to assess allergic sensitization. Blood is collected and analysed to detect potential allergic reactions, ranging from mild oral symptoms to severe anaphylaxis. Results guide healthcare providers in dietary recommendations, emergency planning, and allergy management. Patients benefit by understanding their allergy profile, reducing exposure risk, and implementing safe lifestyle choices. Early identification enables proactive management, reduces complications, and supports long-term wellness.
This test measures IgE antibodies against sheep milk proteins to detect allergic sensitization. Blood is collected and analysed to determine risk of allergic reactions, ranging from mild symptoms to severe anaphylaxis. Results guide dietary recommendations, emergency planning, and allergy management. Patients benefit by understanding allergy status, implementing safe dietary and lifestyle measures, and reducing exposure risk. Early detection supports proactive allergy management, improves quality of life, and promotes long-term health.
This test measures IgE antibodies against soybean proteins to assess allergic sensitization. Blood is collected and analysed to determine potential allergic responses, which can range from mild symptoms to severe reactions. Results guide dietary recommendations, emergency preparedness, and allergy management. Patients benefit by understanding allergy status, implementing preventive strategies, and maintaining long-term wellness. Early identification allows proactive interventions and reduces the risk of complications from exposure.
This test measures tryptase in blood, a marker released from mast cells during allergic reactions or systemic mastocytosis. Blood is collected and analysed to assess immune response, identify anaphylaxis risk, or monitor mast cell disorders. Elevated levels help healthcare providers guide therapy, manage symptoms, and prevent complications. Patients benefit by understanding allergic or mast cell-related risks, receiving timely intervention, and supporting long-term health. Monitoring tryptase contributes to proactive care and overall wellness.
