COPSAC COPSAC COPSAC COPSAC
  • About COPSAC
    • About
    • Organization Diagram
    • Board of Directors
    • Research team
    • Location
    • Funding
    • Logo
    • Open positions
  • COPSAC cohorts
    • COPSAC2000 cohort
    • COPSAC2010 cohort
    • COPSACSEVERE cohort
    • COPSACACUTE cohort
    • Methods
    • Data overview
      • COPSAC2000 Clinic
      • COPSAC2000 Exposures
      • COPSAC2000 Omics
      • COPSAC2000 Biobank
      • COPSAC2010 Clinic
      • COPSAC2010 Exposures
      • COPSAC2010 Omics
      • COPSAC2010 Biobank
  • Dissemination
    • Theses
    • Literature for parents
  • Research Projects
    • RestoreGut
    • COPSYCH Research Alliance
    • HEDIMED Consortium
    • EDIAQI Consortium
    • EAGLE Consortium
    • EarlyVir
  • Strategy
  • ‌

Bacteria-induced histamine release from human bronchoalveolar cells and blood leukocytes.

    Home Publications Bacteria-induced histamine release from human bronchoalveolar cells and blood leukocytes.
    NextPrevious

    Bacteria-induced histamine release from human bronchoalveolar cells and blood leukocytes.

    By Dansk Børne Astma Center | Publications | Comments are Closed | 13 January, 1991 |

    Allergy. 1991 Jan
    Clementsen P, Milman N, Struve-Christensen E, Petersen BN, Pedersen M, Bisgaard H, Permin H, Norn S.

    Abstract
    Histamine release induced by Staphylococcus aureus was examined in cells obtained by bronchoalveolar lavage (BAL) in non-atopic individuals. Approximately half of the individuals responded with mediator release to the bacterium, and the release was found to be time- and concentration dependent. No difference was found between the patients who responded and those who did not respond in regard to age, sex, smoker/non-smoker, % recovery of BAL-fluid, total cell count, differential cell counts, histamine content per mast cell, or diagnoses. Also stimulation of the BAL-cells with the calcium-ionophore A23187 resulted in histamine release. S. aureus-induced histamine release from basophils was examined in leukocyte suspensions obtained from the same individuals, and in all experiments release was found. The dose-response curves were similar to those obtained with BAL cells. The bacteria-induced mediator release from superficially lying cells in the airways epithelium might be of importance for the precipitation or exacerbation of bronchial asthma in respiratory tract infections.

    PMID: 1708212

    No tags.
    NextPrevious

    CONTACT

    COPSAC
    Copenhagen Prospective Studies on Asthma in Childhood
    Copenhagen University Hospital, Herlev-Gentofte
    phone +45 3867 7360
    contact@copsac.com
    COPSAC • Copenhagen University Hospital, Herlev-Gentofte • Denmark © 2023
    • About COPSAC
      • About
      • Organization Diagram
      • Board of Directors
      • Research team
      • Location
      • Funding
      • Logo
      • Open positions
    • COPSAC cohorts
      • COPSAC2000 cohort
      • COPSAC2010 cohort
      • COPSACSEVERE cohort
      • COPSACACUTE cohort
      • Methods
      • Data overview
        • COPSAC2000 Clinic
        • COPSAC2000 Exposures
        • COPSAC2000 Omics
        • COPSAC2000 Biobank
        • COPSAC2010 Clinic
        • COPSAC2010 Exposures
        • COPSAC2010 Omics
        • COPSAC2010 Biobank
    • Dissemination
      • Theses
      • Literature for parents
    • Research Projects
      • RestoreGut
      • COPSYCH Research Alliance
      • HEDIMED Consortium
      • EDIAQI Consortium
      • EAGLE Consortium
      • EarlyVir
    • Strategy
    • ‌
    COPSAC