J Korean Soc Plast Reconstr Surg.  2009 Sep;36(5):674-677.

Cross Finger Flap with Reduction Pulp Plasty and Full Thickness Skin Graft

Affiliations
  • 1Medical School & Research Institute of Clinical Medicine, Department of Plastic and Reconstructive Surgery, Chonbuk National University, Jeonju, Korea. leenaeho@chonbuk.ac.kr

Abstract

PURPOSE
Typical cross finger flap is still a good method for reconstruction of fingertip injuries. However, it is necessarily followed by great loss and aesthetically unpreferable result of donor finger. Hereby, we introduce a modification of cross finger flap with reduction pulp plasty and full thickness skin graft, with which we could reduce the defect size of injured fingertip and donor site morbidity at the same time, without any need for harvesting additional skin from other part of hand.
METHODS
This method was performed in the patients with fingertip injuries of complete amputation or in case of loss of fingertip due to necrosis after replantation. Firstly, reduction pulp plasty was performed on the injured finger to reduce the size of defect of fingertip. Additional skin flap was obtained from the pulp plasty. Secondly, cross finger flap was elevated from the adjacent finger to cover the defect on the injured finger. At the same time, defect on the donor finger produced by the flap elevation was covered by full thickness skin graft with the skin obtained from the pulp plasty of injured finger.
RESULTS
Flap and graft survived without any necrosis after surgical delay and flap detachment. All of them were healed well and did not present any severe adversary symptoms.
CONCLUSION
Cross finger flap with reduction pulp plasty and full thickness skin graft is an effective method that we can easily apply in reconstruction of fingertip injury. We think that it is more helpful than the usual manner, especially in cases of children with less soft tissue on their fingers for preservation and reduction of the morbidity of donor finger.

Keyword

Finger injuries; Grafting; Skin; Flap; Surgical

MeSH Terms

Amputation
Child
Finger Injuries
Fingers
Humans
Necrosis
Replantation
Skin
Tissue Donors
Transplants
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