Title of article :
Characterization of cellular infiltration in polymorphic eruption of pregnancy and pemphigoid gestationis in histopathological examinations
Author/Authors :
Alhumidi, Ahmed Abdullah Department of Pathology - College of Medicine - King Saud University, Riyadh, Saudi Arabia , Alsaif, Fahad Mohammed Department of Dermatology - College of Medicine - King Saud University, Riyadh, Saudi
Abstract :
Background: Pregnancy-specific dermatoses represent a group of
pruritic skin diseases unique to pregnancy and the most common
types are polymorphic eruption of pregnancy and pemphigoid
gestationis. It is difficult to obtain a histopathological diagnosis for
polymorphic eruption of pregnancy and pemphigoid gestationis
in the lack of immunofluorescence because of their similar clinical
presentation, particularly in the absence of bullous eruptions.
We assessed the potential correlation between cellular cutaneous
infiltration and a diagnosis of polymorphic eruption of pregnancy
or pemphigoid gestationis.
Methods: This retrospective analysis was conducted at King
Khalid University Hospital (Riyadh, Saudi Arabia) using biopsybased
data collected from 1999–2014. The study group included
29 patients with polymorphic eruption of pregnancy and 24
patients with pemphigoid gestationis.
Results: Three skin biopsy reports were excluded due to a strong
history of atopy to rule out any possibility of atopic eruption
of pregnancy. We performed a histopathological study of 50
patients. The data analysis revealed significant eosinophilic cell
infiltration along the dermoepidermal junction and the tagging
of eosinophils along the basal layer in biopsies from pemphigoid
gestationis.
Conclusion: We observed significant eosinophilic cell infiltration
along the dermoepidermal junction and the tagging of eosinophils
along the basal layer, which may support a diagnosis of pemphigoid
gestationis in the absence of direct immunofluorescence.
Keywords :
dermatoses of pregnancy , pemphigoid gestationis , polymorphic eruption of pregnancy , pruritus
Journal title :
Astroparticle Physics