Transforming Nanoparticle Dressing For Management of Chronic Venous Ulcers

Overview

The present randomized controlled study aims to evaluate the role of transforming nanoparticle dressing n management of chronic venous ulcers.

The present randomized controlled study was conducted at Helwan University Hospitals, Cairo, Egypt. The study protocol was approved by the local ethical committee and all patients gave informed consent before enrollment. The study included 60 patients with CVU. Patients were diagnosed on the basis of clinical findings and vascular Doppler ultrasonography. Exclusion criteria were associated infection and associated ulcers of other etiologies. Patients randomization was achieved using computer generated numbers and sealed envelope technique. Randomization and patients' allocation to the study interventions was performed by an independent researcher who wasn't aware of the study interventions and outcome. Upon recruitment, patients were subjected to careful history taking, thorough clinical examination, standard laboratory investigations and vascular ultrasound examination. The recorded parameters included demographic data (age, sex and body mass index), associated morbidities, duration and size of CVU and history of previous interventions. After randomization, patients in the treatment group (n=30) had transforming nanoparticle dressing while the control group (n=30) received conventional compression dressing. Before applications of both dressings, the wound area was thoroughly cleaned. In the treatment group, the dressing powder was applied as a thin layer to the ulcer surface. Any excess powder surrounding the ulcer area was removed. In both groups, a secondary protective gauze dressing was applied. Patients were follow up at weekly intervals until complete healing occurs. The primary end-point in the present study is the time to complete healing. The secondary end-point the rate of healing (percent of reduction in ulcer area).

Conditions

Interventions

Eligibility

Locations (1)

Outcomes