Showing 2 results for Pigmentation
Mina Mirnezami , Behfar Pakbaz , Zeinab Saidinejad ,
Volume 71, Issue 10 (1-2014)
Abstract
Background: Dyskeratosis Congenita (DC) is a rare inherited disease with an incidence of approximately one case per million population. The disease is characterized by a classic triad: nail changes, color reticulated skin and oral leukoplakia. In these patients, premature death is often associated with bone marrow failure, infections, pulmonary complications, or malignancy. Three patterns of inheritance for dyskeratosis congenita have been reports, X-linked recessive trait, autosomal dominant and recessive trait. The present study is a case report of an adoloscent patient with dyskeratosis congenita.
Case presentation: The patient is a 16 year old boy living in Arak without history of any illness was referred with fever, chills, malaise and admitted to Vali-e-Asr Hospital with initial diagnosis of sepsis. The patient was treated with broad-spectrum antibiotics. In tests, showed pancytopenia. Bone marrow biopsy was performed. Blood and urine culture were negative, rheumatologic lab test and other tests were normal. Ultrsonography of abdomen and pelvis showed splenomegaly. In physical examination, diffuse hypopigmented lesions on the trunk and extermities, nails dystrophy and oral mucosal leukoplakia were observed. Skin biopsy was consistent with DC.
Conclusion: The skin and oral mucosal lesions have an impact role in the diagnosis of systemic disease. Early diagnosis and treatment of patients with DC are important in improving clinical outcomes.
Amir Houshang Ehsani , Fatemeh Gholamali , Mahboubeh Sadat Hosseini , Nahid Hassanpour , Pedram Noormohammadpour ,
Volume 72, Issue 7 (10-2014)
Abstract
Background: Intense Pulsed Light (IPL) technology is one of our new measures in treating dermatologic disorders including undesirable skin pigmentation. In contrast with lentigines and freckling of the skin, few reports about nevus spilus treatment using intense pulsed light have been published. The aim of current study was to evaluate efficacy and safety of nevus spilus treatment with an intense pulsed light device (Palomar Max-G IPL).
Methods: Patients with diagnosed nevus spilus confirmed via histopathology, were treated by an intense pulsed light source using parameters according to the skin type and location of lesions in one to three consecutive treatment sessions at 14-21 day intervals for three month. Palomar Max-G ® IPL hand piece is optimized for pigmented skin lesions and we used no additional filter. After each session, Photographs were taken from lesions with 10 mega pixel camera. Two months after finishing the treatment, the effect was evaluated base on close-up photographs.
Results: Fourteen female patients were included. Significant improvement (76-100%) in one patient, good improvement (51-75%) in eight patients and fair to poor improvement (0-25%) in five patients were achieved. The commonest side effect of treatment was transient erythema resolved after six to eight hours. No permanent complication was reported. Younger patients and patients with shorter duration of lesion had better response to treatment however the differences were not statistically significant. Only one recurrence has been seen. No significant relationship between age, gender, anatomical site of lesions and skin type with response rate was found.
Conclusion: Intense pulsed light is seemed an effective and safe treatment for nevus spilus Treatment however randomized control trials with longer follow-up periods are required to evaluate the efficacy and safety.
