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Abstract
Aim: Skin grafting is a common clinical practice for plastic surgeons, yet primary contraction of these grafts is a neglected topic. This study was designed to investigate primary contraction and introduce the shape of skin graft as a possible factor that modifies primary contraction behavior, using porcine models.
Methods: In the first series, full-thickness skin grafts (FTSGs) and split-thickness skin grafts (STSGs) were compared. In a second series, how the shape of the skin graft affected the degree of contraction was examined.
Results: The mean percentage of FTSG shrinkage was 12.04%, and the median was 12.18%. The mean percentage of STSG shrinkage was 6.87%, and the median was 5%. Circle-shaped and square-shaped FTSGs showed mean/median graft shrinkage of 5.83%/6.93% and 4.15%/3.75%, respectively. In STSGs, the circle-shaped and square-shaped grafts had mean/median graft shrinkage of 1.07%/0% and 0.31%/0%, respectively.
Conclusion: Our preliminary report revealed an expected greater shrinkage of FTSGs compared with STSGs. Furthermore, in a limited number of specimens, the shape of the skin graft seemed to affect the primary contraction of the STSGs.
Keywords
Animal model
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full-thickness skin graft
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primary skin contraction
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split-thickness skin graft
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Alexander Bogdanov Berezovsky, Vasileios A. Pagkalos, Eldad Silberstein, Yaron Shoham, Lior Rosenberg, Yuval Krieger.
Primary contraction of skin grafts: a porcine preliminary study.
Plastic and Aesthetic Research, 2015, 2(1): 22-6 DOI:10.4103/2347-9264.149372
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