Peripheral blood cells luminol - dependent chemiluminescence at the different stages of atopic dermatitis

  • I. V. Elistratova The main military clinical hospital of internal troops of the MIA of Russia, Balashikha, Russia
  • S. G. Morozov Research Institute General pathology and pathophysiology, Moscow, Russia
  • I. A. Zakharova Research Institute General pathology and pathophysiology, Moscow, Russia
  • M. V. Tarasova Research Institute General pathology and pathophysiology, Moscow, Russia
Keywords: atopic dermatitis, chemiluminescence, zymosan, candida tropicalis

Abstract

Aim of this work was to record the luminol-dependent spontaneous and induced chemiluminescence at the different stages of atopic dermatitis. Methods. Peripheral blood cells were obtained from adult patient with atopic dermatitis followed by the registration of luminol-dependent chemiluminescence on luminograph. Opsonized zymosan as well as yeasts Candida tropicalis have been used to induce the chemiluminescence. Results. Spontaneous and induced chemiluminescence were slightly elevated at the mild atopic dermatitis but were decreased at the severe stage of disease. Statistically significant difference has been found between group with mild and severe atopic dermatitis, Skin contamination by yeasts Candida tropicalis causes the increased level of blood cells chemiluminescence at the first week of atopic relapse when the disease was mild. Severe stage of atopic dermatitis was coupled with statistically significant inhibition of both, spontaneous and induced chemiluminescence. Conclusions. Luminol-dependent chemiluminescence of peripheral blood cells from adult atopic dermatitis patients may be stimulated at the mild stage and suppressed at severe stage of atopic dermatitis.

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Published
2015-12-21
How to Cite
Elistratova I. V., Morozov S. G., Zakharova I. A., Tarasova M. V. Peripheral blood cells luminol - dependent chemiluminescence at the different stages of atopic dermatitis // Patologicheskaya Fiziologiya i Eksperimental’naya Terapiya (Pathological physiology and experimental therapy). 2015. VOL. 59. № 4. PP. 35–40.
Section
Original research