Food allergy is a common disease in childhood affecting up to 8% of children in Westernized countries. About 30 percent of children with food allergies are allergic to more than one food, most often milk, egg, wheat, peanut and tree nut. Peanut and hazelnut are common triggers of severe and potentially fatal food-induced anaphylactic reactions. Currently, there is no curative treatment for food allergy. Novel therapies for this potentially life-threatening condition are therefore much needed.
Randomized, double-blind, placebo-controlled study to study the effect of Omalizumab on children with food allergy. Primary endpoint: Change in challenge threshold after 3 months of treatment in patients treated with Omalizumab versus placebo. Secondary endpoints: Change in challenge threshold at 6 months. Change in Skin Prick Test (SPT), serum markers for allergy (specific IgE, IgG4, BAT (basofil activation test)), severity of comorbidity, and quality of life from at 3 and 6 months. Change in treshold within and between the groups. The investigator's hypothesis is that increased Omalizumab dose and/or a longer treatment period will increase food allergy threshold. Within the groups: * 3 months treatment with Omalizumab in asthma dose versus 6 months with Omalizumab in asthma dose - in primary responders * 3 months treatment with Omalizumab in asthma dosing versus 3 months additional treatment with Omalizumab in max dose - in primary non-responders * 3 months treatment with placebo versus 6 months with placebo- in primary placebo-responders * 3 months treatment with placebo versus 3 months with max dose Omalizumab - placebo cross over to active. Between the groups: * 3 months treatment with Omalizumab in asthma dose versus 3 months with max dose Omalizumab * 6 months treatment with Omalizumab in asthma dose versus 3 months with max dose Omalizumab. Patients are randomized electronically via an e-CRF prepared by OPEN in RedCap. Assigned 3:1 to Omalizumab or placebo in 13 x 8 block (6:2) by a blinded health care person. GCP-monitoring is performed by the local GCP-unit at Odense University Hospital
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
TRIPLE
Enrollment
20
Subcutaneous administration every 2. week or every 4. week. Dose is depending of the patients weight and IgE
Subcutaneous administration every 2. week or every 4. week. Dose is depending of the patients weight and IgE
Odense Research Center for Anaphylaxis, Allergy Center, Odense University Hospital
Odense C, Funen, Denmark
Change in challenge threshold (mg food protein tolerated by oral intake)
Change in challenge threshold after 3 months of treatment in patients treated with Omalizumab versus placebo
Time frame: 0-3 months
Change in quality of life (validated questionnaire - food allergy quality of life questionnaire (FAQLQ))
To estimate improvement in QoL before and after 3 months and 6 months treatment, using FAQLQ on a seven point scale with one as the best possible score (score 1-7)
Time frame: 0-6 months
Change in skin prick test size (mm)
To estimate changes in skin prick test size during the treatment
Time frame: 0-6 months
Change in severity of co-morbidity (atopic dermatitis, asthma, allergic rhintitis using clinical severity scores)
To estimate improvement in atopic diseases by evaluation of disease severity (SCORAD atopic dermatitis, VAS and CSMS rhinitis, ATC asthma)
Time frame: 0-6 months
Change in levels of serum markers for food allergy (IgE (kIU/L), IgG4 (kIU))
To estimate changes in serum markers for allergy during the treatment
Time frame: 0-6 months
Change in levels of serum markers for food allergy BAT test (CD-sens))
To estimate changes in serum markers for allergy during the treatment
Time frame: 0-6 months
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