OBJECTIVE: To investigate the use of a topical oxygen emulsion (TOE), consisting of a supersaturated oxygen suspension using perfluorocarbon components, on second-degree burns and partial-thickness wounds. DESIGN: Oxygen is a required substance for various aspects of wound repair, and increased oxygen tension in a wound has been shown to stimulate phagocytosis and to reduce the incidence of wound infection. Second-degree burns and partial-thickness wounds were created on the backs of specific pathogen-free pigs. Wounds were then randomly assigned to 1 of the following treatment groups: TOE, TOE vehicle, or air-exposed control. MAIN OUTCOME MEASURE: Wounds were assessed for complete epithelialization using a salt-split technique. RESULTS: The TOE was able to significantly (P = .001) enhance the rate of epithelialization compared with both vehicle and untreated control. These data suggest that topical oxygen may be beneficial for acute and burn wounds. CONCLUSIONS: The results obtained from this double-blind, control, in vivo study demonstrate that TOE can significantly enhance the rate of epithelialization of partial-thickness excisional wounds and second-degree burns. These findings could have considerable clinical implications for patients with surgical and burn wounds by providing functional skin at an earlier date to act as a barrier against environmental factors, such as bacteria invasion. Other types of wounds may also benefit from this therapy (eg, chronic wounds and surgical incisions). Additional studies, including clinical studies, are warranted.
RCT Entities:
OBJECTIVE: To investigate the use of a topical oxygen emulsion (TOE), consisting of a supersaturated oxygen suspension using perfluorocarbon components, on second-degree burns and partial-thickness wounds. DESIGN:Oxygen is a required substance for various aspects of wound repair, and increased oxygen tension in a wound has been shown to stimulate phagocytosis and to reduce the incidence of wound infection. Second-degree burns and partial-thickness wounds were created on the backs of specific pathogen-free pigs. Wounds were then randomly assigned to 1 of the following treatment groups: TOE, TOE vehicle, or air-exposed control. MAIN OUTCOME MEASURE: Wounds were assessed for complete epithelialization using a salt-split technique. RESULTS: The TOE was able to significantly (P = .001) enhance the rate of epithelialization compared with both vehicle and untreated control. These data suggest that topical oxygen may be beneficial for acute and burn wounds. CONCLUSIONS: The results obtained from this double-blind, control, in vivo study demonstrate that TOE can significantly enhance the rate of epithelialization of partial-thickness excisional wounds and second-degree burns. These findings could have considerable clinical implications for patients with surgical and burn wounds by providing functional skin at an earlier date to act as a barrier against environmental factors, such as bacteria invasion. Other types of wounds may also benefit from this therapy (eg, chronic wounds and surgical incisions). Additional studies, including clinical studies, are warranted.
Authors: Lohrasb R Sayadi; Derek A Banyard; Mary E Ziegler; Zaidal Obagi; Jordyne Prussak; Michael J Klopfer; Gregory Rd Evans; Alan D Widgerow Journal: Int Wound J Date: 2018-01-05 Impact factor: 3.315
Authors: Irena Pastar; Olivera Stojadinovic; Natalie C Yin; Horacio Ramirez; Aron G Nusbaum; Andrew Sawaya; Shailee B Patel; Laiqua Khalid; Rivkah R Isseroff; Marjana Tomic-Canic Journal: Adv Wound Care (New Rochelle) Date: 2014-07-01 Impact factor: 4.730
Authors: Ingrid Moen; Hege Ugland; Niklas Strömberg; Eva Sjöström; Anders Karlson; Lovisa Ringstad; Helena Bysell; Mahmood Amiry-Moghaddam; Camilla Haglerød Journal: Health Sci Rep Date: 2018-06-13