20 results
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D1.422 - Characterization of provocation-induced changes in transcription factors in the nasal mucosa of birch pollen-allergic and non-allergic individuals

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D1.425 - Impact of Early Postnatal Administration of Escherichia coli O83:K24:H31 on Immune System Maturation and Gut Barrier Function

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D1.424 - Single-cell transcriptomic profiling of allergen-restimulated PBMCs reveals innate immune activation in equine insect bite hypersensitivity

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D1.430 - Extracellular vesicles isolated after cholinergic urticaria challenge carry MRGPRX2 and induce pro-inflammatory mast cell responses

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D1.431 - Distinct Immunophenotypic Signatures in Pediatric Allergic Disease: Clinical Utility of Methylation qPCR–Based Epigenetic TBNK Profiling

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D1.433 - DNA Ligase I Deficiency Masquerading as CVID-Like Phenotype: Implications for Long-Term Surveillance

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D1.434 - Phenotyping Common Variable Immunodeficiency by Immune Dysregulation at Diagnosis: A Descriptive Comparison of Baseline Clinical and Laboratory Findings

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D1.436 - Transfusion-Related Acute Lung Injury (TRALI) following plasma transfusion: A case report

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- D1.524 - StingReady: a safe and alternative method for controlled sting challenge tests

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- D1.515 - Occupational Exposure of Patients Allergic to Hymenoptera Venom

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- D1.516 - Compliance with hymenoptera venom inmunotherapy (VIT)

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- D1.517 - Adverse Reactions to Insect Venom Immunotherapy in a Reference Center

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- D1.518 - Patient Phenotypes in Prolonged Immunotherapy for Hymenoptera Venom

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- D1.519 - Safety of ultra-rush protocols in venom immunotherapy: a systematic review and meta-analysis of Portuguese data

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- D1.520 - Immunological modulation during Apis mellifera venom immunotherapy

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- D1.522 - Efficacy of hymenoptera venom immunotherapy in Portugal: a systematic review

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- D1.523 - Clinical characterization of patients with Hymenoptera venom allergy undergoing venom immunotherapy stratified by basal serum tryptase

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- D1.525 - Implementation of allergen-specific immunotherapy for insect allergy

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D1.526 - Epidemiologic Characteristics of Hymenoptera Venom Allergic Patients from Two Different Environmental Areas

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- D1.527 - Low tryptase and combined IgE biomarkers have limited predictive value in children with severe honeybee venom anaphylaxis