PubMed · 2007 · 76 citations · 18 references
Life SciencesEntomologyImmunologyAllergyHypersensitivityMedical EntomologyAllergy DiagnosticsInsect Sting AllergyType I HypersensitivityVenom AllergyVenom BiologyAnaphylaxis From Insect StingsBee Venom AllergyReaction Severity EstimationReaction Severity GradingTryptase ElevationVenom Allergy TestingWasp Sting AllergyWasp Venom Allergy
BACKGROUND: Increased serum tryptase has been linked to the severity of the reaction after Hymenoptera stings. The aim of the study was to measure basal tryptase levels in patients with Hymenoptera venom allergy and investigate the possible correlation between these levels and the severity of sting reaction. METHODS: One hundred nine patients were included in the study. Sixty-three were wasp venom-allergic and 46 were honey bee venom-allergic. Basal serum tryptase levels were measured by UniCAP. RESULTS: Basal serum tryptase levels were elevated in 12 (11%) of the 109 patients. Levels were 5.14 pg/L (3.62-5.84), 5.3 microg/L (2.94-6.54), 5.18 microg/L (3.71-6.25), and 6.98 microg/L (4.78-12.6), for patients with sting reactions of grade I, II, III and IV (as classified by Mueller), respectively. Basal serum tryptase levels correlated significantly with the sting reaction severity (r = 0.2752; P = .004) and with age (r = 0.2906; P = .002). Sting reaction severity also correlated with age (r = 0.3654; P = .001). CONCLUSIONS: Basal serum tryptase levels were found to be elevated in 11% of venom allergic patients and correlated significantly with both sting reaction severity and age.
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Diagnosis and Treatment of Insect Sensitivity
Harry Louis Mueller · Journal of Asthma Research · 1966 · 423 citations
Prevention and treatment of hymenoptera venom allergy: guidelines for clinical practice
F. Bonifazi, Marek Jutel, Beatrice M Bilò et al. · Allergy · 2005 · 421 citations · Full text
Louis B. Schwartz, Kentaro Sakai, T R Bradford et al. · Journal of Clinical Investigation · 1995 · 374 citations · Full text