BACKGROUND: The hand has always been a highly organized tool in humans daily and professional activity. Distal phalanges are most commonly exposed to trauma, which often cause defects that need to be covered through plastic surgery. One of the most reliable and universal methods for fingertip reconstruction is the reverse-flow homodigital island flap.
CLINICAL CASES: This series of clinical cases describe three children aged 7, 8, and 11 years who underwent coverage of fingertip defects with the reverse-flow homodigital island flap. In all cases, mechanisms of injury were associated with crushing and rupture of soft tissues. All children underwent coverage of fingertip defects with the reverse-flow homodigital island flap. In the first case, evaluation results at 6 months after surgery revealed 4 mm in the Webers test and phalanx length deficit of 2 mm. In the second case, the assessment performed 1 month after surgery revealed 5 mm in the Webers test and the length of the operated phalanx corresponds to the contralateral one. In the third case, results of the 2-month observation period revealed 4 mm in the Webers test and lengths of the operated and contralateral phalanges were the same.
DISCUSSION: The reverse-flow homodigital island flaps have irrefragable advantages among methods of surgical reconstruction of soft tissues of distal phalanges. These are single-stage reconstruction techniques that can possibly replenish sufficient amounts of soft tissues to the defect. A literature data analysis of the outcomes of the fingertip reconstruction through the reverse-flow homodigital island flaps revealed good and satisfactory results.
CONCLUSIONS: The method of the reverse-flow homodigital island flap has potential to take a significant place in pediatric traumatology and reconstructive surgery.
Fingertip defects coverage using reverse-flow homodigital island flaps
