The efficacy of super-oxidised hydrogel and solution compared to potassium permanganate dressing for the management of cellulitis

• Main Author: Sabrina Ab Wahab Dr (Author)
• Format: Thesis Book Chapter
• Language: English
• Published: Sungai Buloh, Selangor Universiti Teknologi MARA. Faculty of Medicine 2017
• Subjects: Hydrogels > adverse effects; Potassium Permanganate > adverse effects; Cellulitis > rehabilitation
• Online Access: Click Here to View Status and Holdings.
• Item Description: UiTM Digitized
• Physical Description: xiii, 114 pages illustrations, charts (some colour) 30 cm 1 computer optical disc (4 ¾ in.)
• Format: System requirements for CD-ROM: Intel Pentium II or faster processor with 450 MHz (or equivalent), browser Internet Explorer 5.5 or higher (6.0 or higher recommended), Firefox 1.0.2 or higher, Acrobat
• Bibliography: Includes bibliographical references (page 78-88)

Background and Aims. Cellulitis causes local residual inflammation which delays the resolution of signs and symptoms and may require prolonged hospitalization. Studies have shown that super-oxidised hydrogel and solution improves healing and acts as antimicrobial in skin and soft tissue infection. Potassium permanganate dressing has been widely used as a reliable antiseptic. Thus, this study is aimed to evaluate the reduction of erythema and oedema; measured as percentage of reduction of total surface area erythema ; and oedema reduction by reduction in limb circumference, at end-of-treatment (day 3 and/or day 7). Secondary endpoints include reduction of cellulitis severity score which measures erythema, warmth, tenderness, oedema, ulceration, drainage and fluctuance; at end-of-treatment (day 3 and/or day 7). Methodology. This is a multicentre, prospective, open-label, comparative clinical study involving adults >18 years old, efficacy comparison between two methods of dressing; super-oxidised hydrogel and solution dressing compared to potassium permanganate dressing, in the same patient in Eron Class 1 and 2 limb cellulitis in assessing the reduction of local inflammation. Thirty patients with 2 different sites of cellulitis area in the same patient were enrolled after fulfilling inclusion criteria. All patients received the super-oxidised hydrogel (Dermacyn® WoundCare Hydrogel) combined with solution dressing (Dermacyn® WoundCare Solution) and potassium permanganate (KMnC>4) dilution 1:10000 wet wrap at different areas of the same or different leg for 15 minutes. Results. Study showed that super-oxidised hydrogel and solution dressing was more effective in reducing erythema compared to potassium permanganate dressing alone, with statistically significant difference in percentage of erythema reduction at Day 3 (50.05% vs 30.98%; p=0.001) and at Day 7 (71.10% vs 59.05 %; p=0.M5). Superoxidised hydrogel and solution was also more effective in reducing oedema compared to potassium permanganate dressing alone which was statistically significant, with median reduction in limb circumference at Day 3 (1.90 cm vs 0.80 cm; ^=0.001) and Day 7 (3.00 cm vs 1.80 cm; />=0.021), respectively. There was no difference in both dressing in the reduction of cellulitis severity score (maximum total score of 21), with median reduction of score at Day 3 (6.0 vs 5.5; p=0A23) and Day 7(12.0 vs 11.0; ^=0.567) albeit erythema scores alone showed significant difference (p=0.029). Diabetes mellitus, bullous type cellulitis, and disease recurrence were significant associated factors. Duration of fever, pain and swelling had positive correlation with the percentage of reduction of erythema at Day 3. Conclusion. Super-oxidised hydrogel and solution is more effective in improving local erythema and oedema, as compared to potassium permanganate dressing, in patients with cellulitis albeit no difference in the reduction of total cellulitis severity score. There was improvement of the overall local inflammation with intervention by both methods of dressing in this study