Reconstruction of Extensive Calvarial Exposure After Major Burn Injury in 2 Stages Using a Biodegradable Polyurethane Matrix

To share our experience of an extensive calvarial reconstruction in a severely burn-injured, elderly patient in a 2-stage procedure utilizing a novel biodegradable temporizing matrix (NovoSorb BTM), followed by autograft. A 66-year-old patient with 75% full-thickness burns, including 7% total body s...

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Published inEplasty Vol. 16; p. e17
Main Authors Greenwood, John Edward, Wagstaff, Marcus James Dermot, Rooke, Michael, Caplash, Yugesh
Format Journal Article
LanguageEnglish
Published United States Open Science Company, LLC 09.05.2016
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Abstract To share our experience of an extensive calvarial reconstruction in a severely burn-injured, elderly patient in a 2-stage procedure utilizing a novel biodegradable temporizing matrix (NovoSorb BTM), followed by autograft. A 66-year-old patient with 75% full-thickness burns, including 7% total body surface area head and neck, with calvarial exposure of approximately 350 cm(2), complicated by acute renal failure and smoke inhalation injury. Exposed calvarium was burred down to diploe and biodegradable temporizing matrix was applied. Over the next 29 days, the biodegradable temporizing matrix integrated by vascular and tissue ingrowth from the diploe. Delamination and grafting occurred, however, at 43 days postimplantation of biodegradable temporizing matrix due to skin graft donor-site constraints. Graft take was complete, yielding a robust and aesthetically pleasing early result (26 days post-graft application). Biodegradable temporizing matrix offers an additional resource for reconstructive surgeons faced with fragile patients and complex wounds.
AbstractList Objectives: To share our experience of an extensive calvarial reconstruction in a severely burn-injured, elderly patient in a 2-stage procedure utilizing a novel biodegradable temporizing matrix (NovoSorb BTM), followed by autograft. Materials and Methods: A 66-year-old patient with 75% full-thickness burns, including 7% total body surface area head and neck, with calvarial exposure of approximately 350 cm 2 , complicated by acute renal failure and smoke inhalation injury. Exposed calvarium was burred down to diploe and biodegradable temporizing matrix was applied. Over the next 29 days, the biodegradable temporizing matrix integrated by vascular and tissue ingrowth from the diploe. Delamination and grafting occurred, however, at 43 days postimplantation of biodegradable temporizing matrix due to skin graft donor-site constraints. Results: Graft take was complete, yielding a robust and aesthetically pleasing early result (26 days post–graft application). Conclusions: Biodegradable temporizing matrix offers an additional resource for reconstructive surgeons faced with fragile patients and complex wounds.
To share our experience of an extensive calvarial reconstruction in a severely burn-injured, elderly patient in a 2-stage procedure utilizing a novel biodegradable temporizing matrix (NovoSorb BTM), followed by autograft. A 66-year-old patient with 75% full-thickness burns, including 7% total body surface area head and neck, with calvarial exposure of approximately 350 cm(2), complicated by acute renal failure and smoke inhalation injury. Exposed calvarium was burred down to diploe and biodegradable temporizing matrix was applied. Over the next 29 days, the biodegradable temporizing matrix integrated by vascular and tissue ingrowth from the diploe. Delamination and grafting occurred, however, at 43 days postimplantation of biodegradable temporizing matrix due to skin graft donor-site constraints. Graft take was complete, yielding a robust and aesthetically pleasing early result (26 days post-graft application). Biodegradable temporizing matrix offers an additional resource for reconstructive surgeons faced with fragile patients and complex wounds.
Author Rooke, Michael
Greenwood, John Edward
Wagstaff, Marcus James Dermot
Caplash, Yugesh
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  organization: Adult Burn Service, Royal Adelaide Hospital, Adelaide, South Australia
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  organization: Adult Burn Service, Royal Adelaide Hospital, Adelaide, South Australia; Department of Plastic and Reconstructive Surgery, Royal Adelaide Hospital, Adelaide, South Australia
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  organization: Department of Plastic and Reconstructive Surgery, Royal Adelaide Hospital, Adelaide, South Australia
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Keywords synthetic
dermal matrix
scalp reconstruction
biodegradable polyurethane
burns
Language English
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Snippet To share our experience of an extensive calvarial reconstruction in a severely burn-injured, elderly patient in a 2-stage procedure utilizing a novel...
Objectives: To share our experience of an extensive calvarial reconstruction in a severely burn-injured, elderly patient in a 2-stage procedure utilizing a...
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Title Reconstruction of Extensive Calvarial Exposure After Major Burn Injury in 2 Stages Using a Biodegradable Polyurethane Matrix
URI https://www.ncbi.nlm.nih.gov/pubmed/27222681
https://pubmed.ncbi.nlm.nih.gov/PMC4864669
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