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E-POSTER PRESENTATIONS<br />
EP 436<br />
E-Poster: Acute Wounds<br />
The Accelerated Epithelialization of Recombinant Epidermal<br />
Growth Factor on Partial-thickness Skin Wounds<br />
Junho Lee 1 , Jeong Tae Kim 2 , Yong-Ha Kim 1 , Tae-Gon Kim 1<br />
1 Yeungnam University Hospital (Daegu, Korea);<br />
2 Department of Plastic and Reconstructive Surgery, Hanyang University Medical Center<br />
(Daegu, Korea)<br />
Aim: Recent studies have already demonstrated experimentally that the topical<br />
application of epidermal growth factor (EGF) accelerates the healing of partial-thickness<br />
wounds. Although previous studies have proved the effect of recombinant human EGF<br />
(rhEGF), the clinical use of rhEGF in case of patients have generated some controversy<br />
in advantage. In this study, twelve patients had partial thickness wounds because of<br />
burn and skin graft donor site were treated with rhEGF and we investigated the clinical<br />
effect of rhEGF on partial thickness wounds of patients.<br />
Methods: We evaluated two groups of patients had partial-thickness wounds. One<br />
group (n=5) is consisted of the patients have second degree burn wounds, and the other<br />
group (n=7) is consisted of the patients have donor site wounds after skin graft. Each<br />
wound was divided two area, one area was applied twice daily with rhEGF and the other<br />
area was treated without rhEGF. The extent of reepithelialized area was recorded by<br />
percentage ratio. And the statistical analysis was conducted about the difference of the<br />
number of days between two area until total wound was reepithelialized.<br />
Results: In the group treated with rhEGF, the mean of time to healing was about 9.75<br />
days, whereas, in the group without rhEGF, it was about 11.08 days. In the number of<br />
days until total wound was reepithelialized, there were statistically significant difference<br />
between two groups (P < 0.05)<br />
Conclusion: It was concluded that the topical application of rhEGF accelerated the<br />
healing of partial-thickness wound clinically.<br />
E-POSTER: ACUTE WOUNDS<br />
EP 437<br />
E-Poster: Acute Wounds<br />
APPLICATION OF BIOGEGRADABLE WOUND DRESSINGS IN TREATMENT OF<br />
CHILDREN WITH DEEP BURNS.<br />
Vera Soshkina 1 , Liudmila Budkevich 1 , Tatiana Astamirova 1<br />
1 Moscow Scientific Institute of Paediatrics and Children Surgery (Moscow, Russia);<br />
In the treatment of children with deep and partial-deep burn wounds is very important not<br />
only to achieve restoration of the integrity of skin, but also a good cosmetic results.<br />
Purpose: To determine the application of a synthetic skin substitute* for conservative<br />
treatment of partial-deep burns, the use of this wound covering on measured grafts.<br />
Materials and Methods: In the Moscow children’s burn cents from October 2012 in the<br />
treatment of 6 children in the first three years of life (1.5 (0.9, 2.4)) with the local deep<br />
and partial-deep burns from 1 to 4% TBSA (2 (1.5, 3)) was used a synthetic skin<br />
substitute*. In 3 patients a conservative monotherapy of partial- deep local burns was<br />
held, and the restoration of the integrity of the skin was noted in 13 (12, 15) days after<br />
the injury. The formation of scars in post-burn areas was not occured. A synthetic skin<br />
substitute used as a wound dressing in the postoperative period to grafts, measured 1:4<br />
over 2 (1.5, 4)% TBSA in 3 patients. Graft engraftment with full restoration of integrity of<br />
the skin marked by 9 (8, 10) the day after surgery.<br />
Conclusions: The use of wound dressing* allows to avoid surgery in children with<br />
partial deep wounds. Application of a synthetic skin substitute in postoperative period on<br />
measured grafts reduces the healing of wounds with good cosmetic results in<br />
catamnesis.<br />
*Suprathel<br />
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