Accelerated Healing with NATROX® O₂: Managing Late Radiation Tissue Injury Following Mohs Surgery
Unlock the transformative power of NATROX® O₂ in managing late radiation tissue injury following Mohs surgery. This insightful case series, published in WOUNDS journal, December 2023, highlights the remarkable healing outcomes and pain reduction achieved through continuous topical oxygen therapy (cTOT).
Title: Management of Late Radiation Tissue Injury with Continuous Topical Oxygen Therapy Supports Wound Healing in Patients of Advanced Age Following Mohs Surgery: A Case Series
Authors: Lawrence R. LoDico III; Windy Cole, Emma Woodmansey
Published in: Wounds, December 2023
Keywords: Radiation therapy, Dermatoporosis, Collagen, Mohs surgery, NATROX® O₂, Chronic radiation wound, Continuous topical oxygen therapy (cTOT), Late radiation tissue injury, Pain reduction
Citation: Cole W, Woodmansey E, LoDico III LR. Management of late radiation tissue injury ulcers with continuous topical oxygen therapy supports wound healing in patients of advanced age following Mohs surgery: a case series. Wounds. 2023;35(12):E420-E424. doi:10.25270/wnds/23128
VIEW: Previously published poster
WATCH: Summary of the poster
Presented at: SAWC Fall 2023 (Las Vegas, Nevada, USA) and GWC 2023 (Malaysia)
Authors: Lawrence R. LoDico III; Windy Cole
Results show: Despite having failed multiple other advanced wound care treatment modalities, these three patients received conservative management using Continuous Topical Oxygen Therapy (cTOT). This treatment algorithm resulted in positive healing trajectories in all three patients. Additionally, all patients relayed a decrease in wound pain with the use of cTOT. Leveraging continuous topical oxygen therapy in an outpatient setting resulted in the complete closure of these refractory radiation wounds with an average time to complete epithelialization of 3.6 weeks.