• Title of article

    Serum iron level, ferritin and total iron binding capacity level among nonpregnant women with and without melasma

  • Author/Authors

    Azizian, Zahra Department of Dermatology - Rasoul Akram Hospital, Iran University of Medical Sciences , Behrangi, Elham Department of Dermatology - Rasoul Akram Hospital, Iran University of Medical Sciences , Baniasadi, Farzaneh Iran University of Medical Sciences , Esmaeeli, Shooka Tehran University of Medical Sciences, Tehran , Hedayat, Kosar Tehran University of Medical Sciences, Tehran , Goodarzi, Azade Tehran University of Medical Sciences, Tehran

  • Pages
    3
  • From page
    281
  • To page
    283
  • Abstract
    Background: Melasma is a common acquired disorder characterized by symmetric, hyperpigmented patches with an irregular outline, occurring most commonly on the face. It is most prevalent among young to middle-aged women. Although iron overload affects skin pigmentation, effect of iron deficiency on skin is not clear. So, we evaluated serum iron level, ferritin and total iron binding capacity (TIBC) level among nonpregnant women with and without melasma. Materials and Methods: A cross-sectional case study was conducted in 2012 at university dermatologic department on 33 nonpregnant women with melasma (case) and 33 nonpregnant women without melasma (control). Serum iron level, TIBC and ferritin in the two groups was measured and compared. Results: Serum iron level was lower in the case group (85 ± 11) in comparison with control group (102 ± 9), but the difference was not significant (P: 0.9). Mean TIBC and Ferritin were higher in the case group (TIBC: 329.4 ± 29, ferritin: 6 ± 18) than the control group (TIBC: 329.3 ± 29, ferritin: 33 ± 6) without significant difference. Conclusion: Although the serum iron level was lower in nonpregnant women with mealsma, it was not significant compared with those without melasma.
  • Keywords
    total iron binding capacity , serum iron level , Ferritin , melasma
  • Journal title
    Astroparticle Physics
  • Serial Year
    2015
  • Record number

    2430395