Increased plasma beta-endorphin levels in hereditary angioedema

We measured β-endorphin (BE) and β-lipotropin (BLPH) plasma concentrations (by means of an HPLC-RIA coupled method) during attacks as well as during symptom-free periods in a group of 28 patients with immunochemical (21) or functional (7) C1 inhibitor deficiency. Thirteen patients suffering from chr...

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Veröffentlicht in:Immunopharmacology 1989-09, Vol.18 (2), p.89-96
Hauptverfasser: Perricone, Roberto, Moretti, Costanzo, De Carolis, Caterina, De Sanctis, Giuliana, Gnessi, Lucio, Fabbri, Andrea, Fraioli, Franco, Panerai, Alberto E., Fontana, Luigi
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container_end_page 96
container_issue 2
container_start_page 89
container_title Immunopharmacology
container_volume 18
creator Perricone, Roberto
Moretti, Costanzo
De Carolis, Caterina
De Sanctis, Giuliana
Gnessi, Lucio
Fabbri, Andrea
Fraioli, Franco
Panerai, Alberto E.
Fontana, Luigi
description We measured β-endorphin (BE) and β-lipotropin (BLPH) plasma concentrations (by means of an HPLC-RIA coupled method) during attacks as well as during symptom-free periods in a group of 28 patients with immunochemical (21) or functional (7) C1 inhibitor deficiency. Thirteen patients suffering from chronic urticaria served as controls. Three orders of considerations prompted is to initiate the present study: the clinical relationship between stress and the onset of acute episodes, the possible effects of repeated stressful situations, as are the attacks themselves, on the patients' neuroendocrine system and the well-known existence of close links between the immune system and endogenous opioids. The results show that plasma BE (and, to a lesser extent, BLPH) is dramatically increased during the attacks. In symptom-free periods many patients show very high BE concentrations, often in the presence of slightly elevated concentrations of BLPH and of ACTH. These observations suggest that patients with hereditary angioneurotic edema show a modified pro-opiomelanocortin-synthesizing cell activity that can result in a massive release of BE from the readily disposable pool present in the pituitary and/or an increase in the turnover of the peptide as evaluated by the BLPH/BE ration.
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Thirteen patients suffering from chronic urticaria served as controls. Three orders of considerations prompted is to initiate the present study: the clinical relationship between stress and the onset of acute episodes, the possible effects of repeated stressful situations, as are the attacks themselves, on the patients' neuroendocrine system and the well-known existence of close links between the immune system and endogenous opioids. The results show that plasma BE (and, to a lesser extent, BLPH) is dramatically increased during the attacks. In symptom-free periods many patients show very high BE concentrations, often in the presence of slightly elevated concentrations of BLPH and of ACTH. 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Thirteen patients suffering from chronic urticaria served as controls. Three orders of considerations prompted is to initiate the present study: the clinical relationship between stress and the onset of acute episodes, the possible effects of repeated stressful situations, as are the attacks themselves, on the patients' neuroendocrine system and the well-known existence of close links between the immune system and endogenous opioids. The results show that plasma BE (and, to a lesser extent, BLPH) is dramatically increased during the attacks. In symptom-free periods many patients show very high BE concentrations, often in the presence of slightly elevated concentrations of BLPH and of ACTH. 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Thirteen patients suffering from chronic urticaria served as controls. Three orders of considerations prompted is to initiate the present study: the clinical relationship between stress and the onset of acute episodes, the possible effects of repeated stressful situations, as are the attacks themselves, on the patients' neuroendocrine system and the well-known existence of close links between the immune system and endogenous opioids. The results show that plasma BE (and, to a lesser extent, BLPH) is dramatically increased during the attacks. In symptom-free periods many patients show very high BE concentrations, often in the presence of slightly elevated concentrations of BLPH and of ACTH. 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subjects Adolescent
Adrenocorticotropic Hormone - blood
Adult
Aged
Allergic diseases
Angioedema - blood
Angioedema - etiology
Angioedema - genetics
beta-Endorphin - blood
beta-Lipotropin - blood
Biological and medical sciences
Child
Child, Preschool
Complement
Complement C1 Inactivator Proteins
Endogenous opioid
Enkephalin, Methionine - blood
Female
Hereditary angioedema
Humans
Immunopathology
Male
Medical sciences
Middle Aged
Other localizations
Stress
β-Endorphin
β-Lipotropin
title Increased plasma beta-endorphin levels in hereditary angioedema
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