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Papers by ana martinez arcediano
PubMed, Nov 18, 2016
We describe a case of a worker with occupational asthma caused by two separate etiologic agents, ... more We describe a case of a worker with occupational asthma caused by two separate etiologic agents, resulting from mixed exposures in different work areas. Isocyanates and epoxy resins are established causes of occupational disease, and their role in this case was confirmed by immediate and delayed pulmonary function testing, together with a specific bronchial challenge. A thorough evaluation of exposure to harmful substances in the workplace is essential, together with continued clinical monitoring following cessation of exposure in order to verify clinical improvement.
Archivos Argentinos De Pediatria, Dec 1, 2015
Journal of Investigational Allergology and Clinical Immunology, 2017
In this review, the Hymenoptera Allergy Committee of the SEAIC analyzes the most recent scientifi... more In this review, the Hymenoptera Allergy Committee of the SEAIC analyzes the most recent scientific literature addressing problems related to the diagnosis of hymenoptera allergy and to management of venom immunotherapy. Molecular diagnosis and molecular risk profiles are the key areas addressed. The appearance of new species of hymenoptera that are potentially allergenic in Spain and the associated diagnostic and therapeutic problems are also described. Finally, we analyze the issue of mast cell activation syndrome closely related to hymenoptera allergy, which has become a new diagnostic challenge for allergists given its high prevalence in patients with venom anaphylaxis.
Archives of Microbiology & Immunology
Objective: Characterize the immunologic mechanisms underlying allergic reactions to mRNA COVID-19... more Objective: Characterize the immunologic mechanisms underlying allergic reactions to mRNA COVID-19 vaccines. Material and Methods: A total of 85 adverse reactions induced by mRNA COVID-19 vaccines were recorded and graded in severe, moderate and mild/atypical cases. Skin prick tests and intradermal tests were conducted to authorized vaccines, polyethylene glycol (PEG), polysorbate 80 (P80), and trometamol. Total and specific IgE to ethylene oxide (EO) were obtained. Basophil activation test (BAT) to vaccines and PEG were also conducted.
World Allergy Organization Journal
PubMed, Nov 18, 2016
We describe a case of a worker with occupational asthma caused by two separate etiologic agents, ... more We describe a case of a worker with occupational asthma caused by two separate etiologic agents, resulting from mixed exposures in different work areas. Isocyanates and epoxy resins are established causes of occupational disease, and their role in this case was confirmed by immediate and delayed pulmonary function testing, together with a specific bronchial challenge. A thorough evaluation of exposure to harmful substances in the workplace is essential, together with continued clinical monitoring following cessation of exposure in order to verify clinical improvement.
Archivos Argentinos De Pediatria, Dec 1, 2015
Journal of Investigational Allergology and Clinical Immunology, 2017
In this review, the Hymenoptera Allergy Committee of the SEAIC analyzes the most recent scientifi... more In this review, the Hymenoptera Allergy Committee of the SEAIC analyzes the most recent scientific literature addressing problems related to the diagnosis of hymenoptera allergy and to management of venom immunotherapy. Molecular diagnosis and molecular risk profiles are the key areas addressed. The appearance of new species of hymenoptera that are potentially allergenic in Spain and the associated diagnostic and therapeutic problems are also described. Finally, we analyze the issue of mast cell activation syndrome closely related to hymenoptera allergy, which has become a new diagnostic challenge for allergists given its high prevalence in patients with venom anaphylaxis.
Archives of Microbiology & Immunology
Objective: Characterize the immunologic mechanisms underlying allergic reactions to mRNA COVID-19... more Objective: Characterize the immunologic mechanisms underlying allergic reactions to mRNA COVID-19 vaccines. Material and Methods: A total of 85 adverse reactions induced by mRNA COVID-19 vaccines were recorded and graded in severe, moderate and mild/atypical cases. Skin prick tests and intradermal tests were conducted to authorized vaccines, polyethylene glycol (PEG), polysorbate 80 (P80), and trometamol. Total and specific IgE to ethylene oxide (EO) were obtained. Basophil activation test (BAT) to vaccines and PEG were also conducted.
World Allergy Organization Journal