This study evaluates a novel micrografting technique to see how it will influence the healing rate and cosmetic result of second intention wounds. The graft harvesting and micrografting process was designed by MoMelan Technologies The Epidermal Expansion System, which is composed of a commercially available Blister Generation Device and the Microblister Generation and Excision Device (MBGED), will generate an array of small microblisters and transfer the micrografts to a sterile dressing (Tegaderm™ - an FDA approved wound dressing) for application to the subject's surgical area. The investigators predict that applying expanded micrografts to wounds that otherwise would have healed by second intention alone will hasten healing and possible reduce scarring.
Participants with a scalp wound s/p Mohs procedure will be randomized to a micrografting technique intervention or to no intervention/heal with secondary intention alone (control). Intervention consists of harvesting skin micrografts (1.75mm) from pigmented skin using the Microblister generation and excision device and transfer the micrografts to a sterile dressing for application to the participants scalp wound. Percent wound re-epithelialization will be compared between two groups.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
3
Several small pieces of skin, each measuring 1.75 mm in diameter will be harvested from a normal pigmented area using a commercially available suction blister device. This will be attached to a sterile dressing that will be placed on the surgical wound.
Mgh Curtis
Boston, Massachusetts, United States
Percentage of Wound Re-epithelialization
Time frame: 4 weeks
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